Generated by Rank Math SEO, this is an llms.txt file designed to help LLMs better understand and index this website. # Tritone ## Sitemaps [XML Sitemap](https://tritoneam.com/sitemap_index.xml): Includes all crawlable and indexable pages. ## Posts - [Eurosatory 2026: The Future of Defense Manufacturing Is Being Built Today](https://tritoneam.com/blog/eurosatory-2026-the-future-of-defense-manufacturing-is-being-built-today/): Eurosatory 2026: The Future of Defense Manufacturing Is Being Built Today - [Stop Printing Parts. Start Printing Assemblies.](https://tritoneam.com/blog/stop-printing-parts-start-printing-assemblies/): Many AM evaluations begin with a goal to shift from a traditional mfg technology to save on tooling costs or lead times. While the concept is compelling, the reality is that traditional manufacturing excels at producing simple parts efficiently and repeatedly.Processes such as machining, stamping, and metal injection molding (MIM) are highly optimized for single components. Piece part costs are low and “accepted”, but manufacturers incur many “extra” costs when assemblies are required. - [Why Stratasys entered the Metal AM space with Tritone Technologies?](https://tritoneam.com/blog/why-stratasys-entered-the-metal-am-space-with-tritone-technologies/): The collaboration of two israeli-based companies seems like a natural move for both sides. - [Formnext 2025: Where Metal Additive Manufacturing Is Really Heading](https://tritoneam.com/blog/formnext-2025-where-metal-additive-manufacturing-is-really-heading/): Formnext is always the place to take the pulse of the additive manufacturing world — a concentrated look at where technologies are maturing, where industries are investing, and where the next wave of disruption will come from. This year, the message was clear: metal AM is transitioning from experimentation to industrialization, and the companies that will lead are those who can deliver true, reliable, factory-ready manufacturing. - [Scaling Production: How Manufacturers Are Rethinking Additive Manufacturing for Industrial](https://tritoneam.com/blog/scaling-production-how-manufacturers-are-rethinking-additive-manufacturing-for-industrial/): Across industries, manufacturers are pushing additive manufacturing (AM) beyond prototyping and small-batch production — into the realm of true industrial-scale manufacturing. Yet despite enormous progress, producing metal and ceramic parts at volume continues to challenge the limits of traditional AM technologies. - [The Solution is AM – How AM Technologies are Facing the Tooling Challenges](https://tritoneam.com/blog/how-am-technologies-are-facing-the-tooling-challenges/): Tooling is a critical component in manufacturing, encompassing jigs, fixtures, end-of-arm tools, and more. Regardless of the specific application, the goal is to produce tools quickly and efficiently to maintain operational flow. Traditional tooling methods, however, often present significant challenges in terms of cost, time, and complexity. Here’s how additive manufacturing (AM) is reshaping the tooling landscape, enabling companies to produce essential tools faster, more affordably, and with greater design flexibility. - [MoldJet Technology is Here to Save Internal Features](https://tritoneam.com/blog/moldjet-technology-is-here-to-save-internal-features/): In today's rapidly evolving manufacturing landscape, the demand for unique metal parts with complex geometries is higher than ever. However, producing such intricate designs, particularly those with internal features like tunnels and holes, presents significant challenges for additive manufacturing (AM) technologies. - [Sinter-Based Metal AM: Overcoming Binder Jetting Limitations with Slurry Technology](https://tritoneam.com/blog/sinter-based-metal-am/): Sinter-based approaches widen the appeal of Metal Additive Manufacturing by dramatically improving process economics. In recent years this sector, driven primarily by the metal binder jet process has received significant investment and market attention. Several large industrial players have committed significant resources to develop and industrialize the process. - [Metal AM’s Impact on Healthcare: A Revolution in Medical Devices](https://tritoneam.com/blog/metal-ams-impact-on-healthcare-a-revolution-in-medical-devices/): Metal Additive Manufacturing (AM) is rapidly transforming production of many devices in many industries and one of the major changes is in the healthcare industry. Its unique ability to create complex, customized medical devices is revolutionizing patient care and medical technology. The increasing adoption of metal AM signifies a new era in medical innovation, with technologies like Tritone's MoldJet playing a pivotal role. - [A Strategic Guide for Research Centers to Maximize Impact with Metal AM](https://tritoneam.com/blog/metal-am-guide-for-research-centers/): Additive Manufacturing (AM) has revolutionized how products are designed and manufactured, finding applications across industries from aerospace to healthcare. research centers have enthusiastically embraced polymer-based AM systems. These printers, often used for prototyping, are ideal for teaching foundational skills. As the AM industry shifts focus from prototypes to production, the focus in research centers is also shifting towards research of new materials and modalities to better achieve ‘Industry alignment’. Specifically, metal AM has emerged as a critical driver of innovation of competitiveness and the metal AM industry is growing rapidly. - [Unleash Innovation: How Metal 3D Printing is Redefining Complex Mechanical Assemblies](https://tritoneam.com/blog/how-metal-3d-printing-is-redefining-complex-mechanical-assemblies/): Imagine a world where intricate designs are brought to life with ease, where innovation isn't stifled by costly tooling, and where spare parts are available on-demand, eliminating crippling downtime. That world is here, thanks to the transformative power of metal 3D printing! - [Choosing the Right Metal AM Solution for a Safe Workplace](https://tritoneam.com/blog/choosing-the-right-metal-am-solutions-for-a-safe-workplace/): Safety is paramount in Laser Powder Bed Fusion (LPBF) due to the high-energy lasers used, which require stringent controls to prevent risks such as burns or eye injuries. Comprehensive safety training, restricted access zones, and the use of specialized PPE, like laser safety goggles, are essential for protecting operators. In addition, the technology’s reliance on fine metal powders, which can become airborne during the printing process, presents additional challenges, as these materials can be hazardous if inhaled - [What to Expect of Metal Additive Manufacturing](https://tritoneam.com/blog/what-to-expect-of-metal-additive-manufacturing/): The world of metal manufacturing has been undergoing a significant transformation lately, affecting industries across the board, from automobiles to fashion to healthcare. No matter where you find yourself, the era of traditional manufacturing is rapidly evolving.  - [How to Overcome Repeatability Challenges in Metal Additive Manufacturing Systems](https://tritoneam.com/blog/overcome-repeatability-challenges-in-metal-additive-manufacturing-systems/): In the world of metal additive manufacturing, achieving repeatability is paramount for ensuring the quality and reliability of produced parts. Uniform results across multiple production runs are essential for many sectors demanding rigorous precision, such as aerospace, automotive, medical devices, defense, and more. However, this is easier said than done, as repeatability and consistency have long been pivotal challenges in metal additive manufacturing technologies.This article will guide you through navigating repeatability challenges in metal additive manufacturing and introduce you to an innovative tool that addresses these challenges head-on. ## Pages - [About Our Manufacturing Services (TMS)](https://tritoneam.com/about-our-manufacturing-services-tms/) - [Homepage](https://tritoneam.com/) - [HubSpot-Test](https://tritoneam.com/hubspot-test/) - [Profile Test](https://tritoneam.com/profile-test/): Test Page - [Reset Password](https://tritoneam.com/reset-password/) - [Lost Password](https://tritoneam.com/lost-password/) - [Profile](https://tritoneam.com/member-profile/): Test Page - [Dashboard](https://tritoneam.com/dashboard/) - [Thank You](https://tritoneam.com/thank-you/) - [Privacy Policy](https://tritoneam.com/privacy-policy/): This is the privacy policy (“Privacy Policy”) that governs how we, Tritone LTD. 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Kuhn](https://tritoneam.com/leadership-team/sarel-ashkenazy/) - [Ben Arnold](https://tritoneam.com/leadership-team/omer-sagi/) ## Partner Zone - [ISRAELI AIR FORCE CASE STUDY](https://tritoneam.com/members-materials/israeli-air-force-case-study/) - [INTRO TO TMS VIDEO](https://tritoneam.com/members-materials/intro-to-tms-video/) - [DEBINDING & SINTERING PROCEDURE FOR CERAMICS](https://tritoneam.com/members-materials/debinding-and-sintering-procedure-for-ceramics/) - [Part Elimination eBook](https://tritoneam.com/members-materials/part-elimination-ebook/) - [Material Development Explained](https://tritoneam.com/members-materials/material-development-explained/) - [Tritone WORD Template](https://tritoneam.com/members-materials/tritone-word-template/) - [Application Cheat Sheet](https://tritoneam.com/members-materials/application-cheat-sheet/) - [Legitimate TMS Job](https://tritoneam.com/members-materials/legitimate-tms-job/) - [Exhibition Rollup – Print File](https://tritoneam.com/members-materials/exhibition-rollup-print-file/) - [Defense & Aerospace Brochure](https://tritoneam.com/members-materials/defense-and-aerospace/) - [Development Kit Brochure](https://tritoneam.com/members-materials/development-kit-brochure/) - [Tritone 2026 Pricelist](https://tritoneam.com/members-materials/tritone-2026-pricelist/) - [MoldJet Quotation Template](https://tritoneam.com/members-materials/moldjet-quotation-template/) - [Partners Sales Deck](https://tritoneam.com/members-materials/partners-sales-deck/) - [MoldJet Comparison Brochure](https://tritoneam.com/members-materials/moldjet-comparison-brochure/) - [M2 Data Sheet](https://tritoneam.com/members-materials/m2-data-sheet/) - [Formnext 2025 – Partners Meeting Presentation](https://tritoneam.com/members-materials/formnext-2025-partners-meeting-presentation/) - [Inconel718 Data Sheet](https://tritoneam.com/members-materials/inconel718-data-sheet/) - [CIP – Increasing Green Density](https://tritoneam.com/members-materials/cip-increasing-green-density/) - [VLT Protip](https://tritoneam.com/members-materials/vlt-protip/) - [GMH Case Study](https://tritoneam.com/members-materials/gmh-case-study/) - [Exalta Case Study](https://tritoneam.com/members-materials/exalta-case-study/) - [BAARS Case Study](https://tritoneam.com/members-materials/baars-case-study/) - [Green to Green Pro Tip](https://tritoneam.com/members-materials/green-to-green-pro-tip/) - [Metal AM Adoption in Research Centers White Paper](https://tritoneam.com/members-materials/metal-am-adoption-white-paper/) - [Sealed Hollow Protip](https://tritoneam.com/members-materials/sealed-hollow-protip/) - [Optimal Angles](https://tritoneam.com/members-materials/optimal-angles/) - [Male Threads](https://tritoneam.com/members-materials/male-threads/): With a minor adjustment to thread dimension, MoldJet technology can reduce postprocessing time by removing the need to manually add threads to additive parts. - [Advanced Sinter-BondingSolutions with MoldJet Protip](https://tritoneam.com/members-materials/advanced-sinter-bondingsolutions-with-moldjet/) - [TRITONE PPT TEMPLATE](https://tritoneam.com/members-materials/tritone-formal-ppt-template/) - [DISABLE DIM VACUUM CLEANER AUTOFLOW MODE](https://tritoneam.com/members-materials/disable-dim-vacuum-cleaner-autoflow-mode/) - [PRINT HEAD CALIBRATION PROCEDURE](https://tritoneam.com/members-materials/print-head-calibration-procedure/) - [NEW HEAD FLUSHING PROCEDURE](https://tritoneam.com/members-materials/new-head-flushing-procedure/) - [PROGRAMMING YASKAWA INVERTERS PROCEDURE](https://tritoneam.com/members-materials/programing-yaskawa-inverters-procedure/) - [PRINT HEAD FILTER REPLACEMENT PROCEDURE](https://tritoneam.com/members-materials/print-head-filter-replacement-procedure/) - [PASTE TUBE SENSOR CALIBRATION PROCEDURE](https://tritoneam.com/members-materials/paste-tube-sensor-calibration-procedure/) - [TUBE MOTOR REPLACEMENT PROCEDURE](https://tritoneam.com/members-materials/tube-motor-replacement-procedure/) - [TUBE BELT REPLACEMENT PROCEDURE](https://tritoneam.com/members-materials/tube-belt-replacement-procedure/) - [DIE SLOT PULLY FOAM REPLACEMENT PROCEDURE](https://tritoneam.com/members-materials/die-slot-pully-foam-replacement-procedure/) - [KITA SENSOR CONFIGURATION PROCEDURE](https://tritoneam.com/members-materials/kita-sensor-configuration-procedure/) - [DIE SLOT CAPPING REPLACEMENT PROCEDURE](https://tritoneam.com/members-materials/die-slot-capping-replacement-procedure/) - [DAILY & WEEKLY MAINTENANCE PROCEDURE, PISTON, DOMINANT](https://tritoneam.com/members-materials/daily-weekly-maintenance-procedure-piston-dominant/) - [DAILY & WEEKLY MAINTENANCE PROCEDURE, DOMINANT, EN](https://tritoneam.com/members-materials/daily-weekly-maintenance-procedure-dominant-en/) - [DAILY & WEEKLY MAINTENANCE PROCEDURE, PISTON, DIM](https://tritoneam.com/members-materials/daily-weekly-maintenance-procedure-piston-dim/) - [DAILY & WEEKLY MAINTENANCE PROCEDURE, DIM, EN](https://tritoneam.com/members-materials/daily-weekly-maintenance-procedure-dim-en/) - [YEARLY MAINTENANCE PROCEDURE, DOMINANT, EN](https://tritoneam.com/members-materials/yearly-maintenance-procedure-dominant-en/) - [YEARLY MAINTENANCE PROCEDURE, DIM, EN](https://tritoneam.com/members-materials/yearly-maintenance-procedure-dim-en/) - 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[USER GUIDE, CAST MATERIAL VIBRATION DEVICE, EN](https://tritoneam.com/members-materials/user-guide-cast-material-vibration-device-en/) - [USER GUIDE, BASE MOLD SYSTEM, EN](https://tritoneam.com/members-materials/user-guide-base-mold-system-en/) - [DOMINANT USER GUIDE – PISTON](https://tritoneam.com/members-materials/dominant-user-guide-piston/) - [DOMINANT USER GUIDE – STIRRER](https://tritoneam.com/members-materials/dominant-user-guide-stirrer/) - [DIM USER GUIDE – PISTON](https://tritoneam.com/members-materials/dim-user-guide-piston/) - [DIM USER GUIDE – STIRRER](https://tritoneam.com/members-materials/dim-user-guide-stirrer/) - [Moldjet METAL MATERIAL HANDLING PROCEDURE](https://tritoneam.com/members-materials/moldjet-metal-material-handling-procedure/) - [Lömi OPERATION PROCEDURE FOR MOLDJET PROCESS](https://tritoneam.com/members-materials/lomi-operation-procedure-for-moldjet-process/) - [HEATED BATHS APPENDIX TO DEMOLDING PROCEDURE](https://tritoneam.com/members-materials/heated-baths-appendix-to-demolding-procedure/) - [MoldJet DEMOLDING PROCEDURE](https://tritoneam.com/members-materials/moldjet-demolding-procedure/) - [DEBINDING & SINTERING PROCEDURE](https://tritoneam.com/members-materials/debinding-sintering-procedure/) - [ATP MODEL CHARACTERIZATION](https://tritoneam.com/members-materials/atp-model-characterization/) - [VIDEO – BASE MOLD UNIT OPERATION GUIDE](https://tritoneam.com/members-materials/video-base-mold-unit-operation-guide/) - [MSDS MoldJet METAL METERIALS, TITANIUM Ti 6-4](https://tritoneam.com/members-materials/msds-moldjet-metal-meterials-titanium-ti-6-4/) - [MSDS MoldJet METAL METERIALS, COPPER](https://tritoneam.com/members-materials/msds-moldjet-metal-meterials-copper/) - [MSDS MoldJet METAL MATERIALS, INCONEL 713](https://tritoneam.com/members-materials/msds-moldjet-metal-materials-inconel-713/) - [MSDS MoldJet METAL MATERIALS, H13/M2](https://tritoneam.com/members-materials/msds-moldjet-metal-materials-h13-m2/) - [MSDS MoldJet METAL MATERIALS 316L/15-5/17-4/4340](https://tritoneam.com/members-materials/msds-moldjet-metal-materials-316l-15-5-17-4-4340/) - [MSDS MoldJet MOLD MATERIALS](https://tritoneam.com/members-materials/msds-moldjet-mold-materials/) - [MSDS MoldJet MEDIUM MATERIALS, H13](https://tritoneam.com/members-materials/msds-moldjet-medium-materials-h13/) - [TRITONE CE DECLARATION OF CONFORMITY, DOMINANT](https://tritoneam.com/members-materials/tritone-ce-declaration-of-conformity-dominant/) - [TRITONE CE DECLARATION OF CONFORMITY, DIM](https://tritoneam.com/members-materials/tritone-ce-declaration-of-conformity-dim/) - [Tritone logo – white without tagline](https://tritoneam.com/members-materials/tritone-logo-white-without-tagline/) - [Tritone logo – white with tagline](https://tritoneam.com/members-materials/tritone-logo-white-with-tagline/) - [Tritone logo – blue without tagline](https://tritoneam.com/members-materials/tritone-logo-blue-without-tagline/) - [Tritone logo – blue with tagline](https://tritoneam.com/members-materials/tritone-logo-blue-with-tagline/) - [Tritone Dominant system video](https://tritoneam.com/members-materials/tritone-dominant-system-video/) - [MoldJet Technology introduction video](https://tritoneam.com/members-materials/moldjet-technology-introduction-video/) - [MoldJet Layer-by-Layer build process video](https://tritoneam.com/members-materials/moldjet-layer-by-layer-build-process-video/) - [Tritone MoldJet advantages video](https://tritoneam.com/members-materials/tritone-moldjet-advantages-video/) - [Mold base machine video](https://tritoneam.com/members-materials/mold-base-machine-video/) - [Introduction to Tritone technology video](https://tritoneam.com/members-materials/introduction-to-tritone-technology-video/) - [MoldJet vs. LPBF white paper](https://tritoneam.com/members-materials/moldjet-vs-lpbf-white-paper/) - [MoldJet vs. Binderjet white paper](https://tritoneam.com/members-materials/moldjet-vs-binderjet-white-paper/) - [Threading guidelines in MoldJet protip](https://tritoneam.com/members-materials/threading-guidelines-in-moldjet-protip/) - [Green parts dry tumbling protip](https://tritoneam.com/members-materials/green-parts-dry-tumbling-protip/) - [Green part post process protip](https://tritoneam.com/members-materials/green-part-post-process-protip/) - [Gained efficiency green part processing protip](https://tritoneam.com/members-materials/gained-efficiency-green-part-processing-protip/) - [Distortion compensation Protip](https://tritoneam.com/members-materials/distortion-compensation-protip/) - [Die making using MoldJet protip](https://tritoneam.com/members-materials/die-making-using-moldjet-protip/) - [MoldJet handbook](https://tritoneam.com/members-materials/moldjet-handbook/) - [MoldJet process diagram](https://tritoneam.com/members-materials/moldjet-process-diagram/) - [TI 64 Datasheet](https://tritoneam.com/members-materials/ti-64-data-sheet/) - [H13 Datasheet](https://tritoneam.com/members-materials/h13-datasheet/) ## Development Partners - [INOVSYS](https://tritoneam.com/development-partners/test-duplicate/) - [Fraunhofer IFAM Dresden](https://tritoneam.com/development-partners/test/) ## Materials - [SILICON CARBIDE](https://tritoneam.com/materials/silicon-carbide/): Silicon Carbide (SiC) is a ceramic with superior heat resistance maintaining high mechanical strength in temperatures of up 1400° C. SiC is known for its extreme hardness, good fatigue resistance, high thermal conductivity, low coefficient of thermal expansion and resistance to corrosion.SiC is used in various industrial applications, such as Armor, jewellery making, production of abrasives, optics and semiconductors. - [D2 TOOLS STEEL](https://tritoneam.com/materials/d2-tools-steel/): D2 tool steel is a high-carbon, high-chromium alloy known for its high wear resistance, hardness, and stability in dimensional precision. Its elevated chromium content provides moderate corrosion resistance when hardened. Additionally, D2's high carbide concentration enhances its durability against wear during contact with metals and abrasive materials. With a well-balanced combination of wear resistance and toughness, D2 is commonly used in applications like rolls, punches, dies for blanking, forming, and trimming, as well as shear knives and similar tools. - [3Y Zirconia](https://tritoneam.com/materials/zirconia/): 3% Yttria-stabilized zirconia (3Y-TZP) is a high-performance ceramic material known for its exceptional mechanical properties and versatility. Unlike standard ceramics that tend to be brittle and hard, 3Y-TZP Zirconia has excellent wear resistance and strength, and comes with a flexibility which is far better than those of other technical ceramics. Tritone Zirconia shows high fracture toughness and flexural strength, with the built-in printing versatility of the MoldJet technology.Zirconia is a white material commonly used to produce dental frameworks for dental substructures such as crowns, bridges, etc. Additional applications are decorative, such as watches and jewelry. - [Alumina](https://tritoneam.com/materials/alumina/): Aluminum Oxide (Alumina, Al2O3) is the most versatile engineered ceramic because of its high temperature service limit along with its chemical, electrical and mechanical properties. It is very hard and wear resistant, with high compressive strength even against extreme temperatures and corrosive environments along with electrical insulation and gas tight properties. Common applications include spark plugs, tap washers, abrasion resistant tiles, and cutting tools.Tritone Alumina shows good compressive strength, with the built-in advantages of the MoldJet technology. - [Pure Copper](https://tritoneam.com/materials/pure-copper/): Copper is one of the oldest metals used by man and is still one of the most versatile engineering materials available. The combination of physical properties such as conductivity, corrosion resistance, machinability and ductility make copper suitable for a wide range of applications, for example heat sinks, coils, connectors and wires, electronics, and decorative uses. It is a soft, malleable, and ductile metal with very high thermal and electrical conductivity. - [Ti-64](https://tritoneam.com/materials/6-4/): Ti-64 (Ti-6Al4V) is the most common alpha-beta alloy, considered as the “workhorse alloy of the titanium industry”. Its uses span many aerospace airframes and engine component uses and major non-aerospace applications in the marine, offshore and power generation industries. Its low Oxygen variant, Ti6Al4V ELI (ASTM grade 23) has many uses in bio-medical industries since Ti alloys have superior biocompatibility. Ti6Al4V has a high specific strength and excellent corrosion resistance.Tritone Ti6Al4V shows great strength and toughness with low contaminants level. - [Inconel 718](https://tritoneam.com/materials/inconel-718/): Inconel 718 is a nickel-based super alloy that is well suited for applications requiring high strength in temperature ranges from cryogenic up to 760°C, typical applications include jet engines and gas turbines. Inconel 718 also exhibits excellent tensile and impact strength, increased by age hardening heat treatment, with good resistance to oxidation and corrosion at temperatures in its application range. - [4140 LOW ALLOY STEEL](https://tritoneam.com/materials/4140-2/): 4140 is a low alloy steel containing chromium, molybdenum and manganese. It has high fatigue strength, abrasion and impact resistance, toughness, and torsional strength. It is widely used for gears, shafts, bolts, and fasteners. 4140 is used in the automotive, aerospace, oil and gas, and manufacturing industries. - [4340 Low Alloy Steel](https://tritoneam.com/materials/4340-2/): 4340 steel is a low alloy and heat treatable steel containing chromium, nickel, and molybdenum. Mainly used in power transmission gears and shafts, aircraft landing gear, and other structural parts. It has high toughness and strength in the heat-treated condition and can be hardened up to >53HRC. - [M2](https://tritoneam.com/materials/m2-2/): M2 is a Molybdenum high speed tool steel used in cutting and forming tools. Its high Carbon content allows for very high hardness (>64HRC) after hardening and tempering cycles, also manifested in great wear resistance without loss of toughness. - [H13](https://tritoneam.com/materials/h13-2/): H13 chromium hot-work tools steel is widely used in hot and cold work tooling applications. It holds an excellent combination of high toughness and fatigue resistance, exceeding any other tool steel. Heat treated it reaches hardness levels of >52HRC and high tensile strength. - [15-5PH](https://tritoneam.com/materials/15-5ph-3/): 15-5 stainless steel is a martensitic precipitation-hardening alloy known for its high strength, excellent corrosion resistance, and good mechanical properties.15-5 PH is widely used in the aerospace, chemical, petrochemical, food processing, paper, and general metalworking industries. It provides high strength, good corrosion resistance, good mechanical properties at temperatures up to about 315°C and good toughness. 15-5 PH is designed to be hardened by heat treatment (solution treatment and aging), and the final hardness is determined by the solution treatment temperature. - [17-4PH](https://tritoneam.com/materials/17-4ph-4/): 17-4 PH is a precipitation-hardening stainless steel widely used for Aerospace parts, Chemical processing equipment, Food industry equipment, Pulp and paper industry components, General metalworking and tool manufacturing.17-4 PH can be heat treated to high levels of strength and hardness, and features corrosion resistance and machinability.Tritone 17-4 PH shows great strength without loss of toughness, with the built-in advantages of the MoldJet technology. - [316L](https://tritoneam.com/materials/316l-6/): 316L is one of the most common austenitic stainless-steel grades, vastly used in chemical and petrochemical industry, food processing, pharmaceutical equipment, medical devices, wastewater treatment, marine applications, fashion, jewelry and many other applications. Its composition, alloyed with chromium (between 16–18%), nickel (10–12%) and molybdenum (2–3%) allow for high creep stress to rupture and tensile strength at elevated temperatures and down to Cryogenic temperatures. ## Landing Pages - [ISRAELI AIR FORCE Case Study](https://tritoneam.com/landing-pages/israeli-air-force-case-study/) - [Additive Metals – Panel #1](https://tritoneam.com/landing-pages/panel-1-additiv-metal-event/): We were pleased to participate in the 3Dnatives ADDITIV Metals virtual event as panelists in Panel #1, where industry experts explored alternatives to Laser Powder Bed Fusion (LPBF). The discussion covered emerging metal additive manufacturing technologies, their respective advantages and limitations, and how they are expanding the range of applications beyond traditional LPBF processes. See the full panel video here.  - [Eliminating Assembly](https://tritoneam.com/landing-pages/eliminating-assembly/) - [Ebook](https://tritoneam.com/landing-pages/ebook/) - [Tritone Sales Platform](https://tritoneam.com/landing-pages/tritone-sales-platform/) - [GMH Case Study](https://tritoneam.com/landing-pages/gmh-case-study/) - [Exalta Case Study](https://tritoneam.com/landing-pages/exalta-case-study/) - [The Power of Variable Layer Thickness (VLT)](https://tritoneam.com/landing-pages/the-power-of-vlt/): Variable Layer Thickness (VLT)  allows dynamic control of layer height during the manufacturing process. Layer thickness can be adjusted within the following ranges: Metals: 50–125.Read the full pro tip to learn more  - [Tritone Manufacturing Services](https://tritoneam.com/landing-pages/tritone-manufacturing-services/) - [TMS](https://tritoneam.com/landing-pages/tms/) - [BAARS Case Study](https://tritoneam.com/landing-pages/baars-case-study/) - [Method for Increasing the Density of a Printed Green Body Using Cold Isostatic Pressing (CIP)](https://tritoneam.com/landing-pages/increasing-the-density-of-a-printed-green-body-using-cip/) - [Boosting Green-to-Green Sinter Bonding Strength with a Simple Method](https://tritoneam.com/landing-pages/boosting-green-to-green-sinter-bonding-strength/): Learn how to optimize the sinter bonding process for unsintered parts to achieve stronger joints and higher density in your final components. This Pro Tip focuses on maximizing performance through solid-state fusion. - [SEALED & HOLLOW PARTS PROTIP](https://tritoneam.com/landing-pages/enable-manufacturing-of-sealed-hollow-parts-protip/): Lightweight and Sealed—No Trade-offs Required.With MoldJet, manufacturers can design and produce lightweight, fully enclosed hollow metal components that were previously impractical usingconventional methods. Read the 'Hollow & Sealed' protip to find out how. - [Defense & Aerospace Additive Solution Webinar](https://tritoneam.com/landing-pages/defense-aerospace-additive-solution-webinar/): Join the webinar to understand the key advantages of MoldJet technology and how they serve the defense industry. See for your self defense and aerospace applications that are made better and stronger with MoldJet. - [Alphacamorgan X Tritone Webinar](https://tritoneam.com/landing-pages/alphacamorgan-x-tritone-webinar/): a sneak peak on how MoldJet technology is being used at Alphacam GmbH. Watch the webinar and take a look at how the dominant machine is being used right in their showroom. - [Discover MoldJet Technology Webinar](https://tritoneam.com/landing-pages/discover-moldjet-technology-webinar/): Want to learn how Tritone’s MoldJet® additive manufacturing technology can be used to dramatically reduce lead-time and cost of aerospace parts previously manufactured by conventional machining? Explore how AMT Metal, a certified supplier of metal parts to the defense and aerospace industry did it. - [Streamlining the Adoption of Metal AM](https://tritoneam.com/landing-pages/streamlining-the-adoption-of-metal-am-webinar-1/): Explore the latest advancements in metal AM, from cutting-edge materials research to innovative MoldJet technology. Discover how to achieve higher density parts and consistent output. Watch now our webinar together with Gardner Business Media to learn how to take metal AM one step further. - [METAL ADDITIVE MANUFACTURING IN RESEARCH CENTERS & UNIVERSITIES](https://tritoneam.com/landing-pages/metal-additive-manufacturing-in-research-centers-universities/) - [GREEN PARTS DRY TUMBLING](https://tritoneam.com/landing-pages/green-parts-dry-tumbling/): MoldJet's green parts enable a dual phase surface finishing process. At the first stage,the high-density green components receive the primary surface finish during thegreen part stage. to finish it off, the final polish is applied to achieve the desired finish on the completed part. Read the full pro tip to learn how. - [OPTIMAL ANGLES PRO TIP](https://tritoneam.com/landing-pages/optimal-angles-pro-tip/): Finding the optimal angle for walls being manufactured along the Z axis,will reduce the need for post processing to achieve a uniform finish. Read the full pro tip - [TRITONE DOMINANT](https://tritoneam.com/landing-pages/tritone-dominant/):  The Dominant machine delivers unmatched efficiency and precision to your manufacturing process. Experience a green and safe industrial environment with a powder-free process and hands-free post-process, enabled by a paste-based feedstock. Address demanding market requirements with uniform, repeatable manufacturing, achieving high density and accuracy of parts. - [PRODUCTION OF METAL PARTS USING MOLDJET](https://tritoneam.com/landing-pages/production-of-metal-parts-using-moldjet/): The key to successful production of metal parts in an industrial ecosystem, is the right technology to support it. Our technology enables industrial throughput of accurate parts with a range of metal and ceramic materials, suitable for the automotive, Aerospace, Medical and Consumer Electronics industries. Watch the full video to learn about moldjet technology that can handle manufacturing large batches of metal parts in a repeatable, accurate and cost affective way. - [LAYER BY LAYER BUILD PROCESS](https://tritoneam.com/landing-pages/moldjet-layer-by-layer-process/): See how MoldJet technology enables production of metal and ceramic parts at an industrial scale and speed. It is designed for producing geometrically complex parts, with high density and great mechanical properties. MoldJet allows a quick changeover between a wide variety of metals and ceramics, allowing every layer to be at its best. In addition, parts of different geometries and applications can be manufactured in the same batch. - [KEY ADVANTAGES USING MOLDJET](https://tritoneam.com/landing-pages/key-advantages-using-moldjet/): Introducing the powder-free AM technology, that enables a high throughput production of metal and ceramic parts at industrial scale and speed. This unique technology was developed to produce complex geometric shapes with high density and great mechanical properties. - [THE TRITONE DIM](https://tritoneam.com/landing-pages/the-tritone-dim/): Produce Parts with ease, precision and confidence using the Tritone Dim. With a compact design, the Dim consists of 4 simultaneous and independent trays to streamline your workflow and lead to high quality, accurate and repeatable results. - [THE TRITONE DOMINANT](https://tritoneam.com/landing-pages/the-tritone-dominant/): The Tritone Dominant machine is ideal for high-volume, repeatable serial production. Using 6 simultaneous and independent trays, the Dominant is able to reach high productivity, leading to the lowest cost per part after manufacturing. - [GREEN PART POST-PROCESS](https://tritoneam.com/landing-pages/green-part-post-process/): One of the main advantages using MoldJet technology is saving post-processing time for sintered parts, leading to a massive reduction in costs. In this protip we cover how a smooth finish across a part is reached just under 30 seconds. - [DIE MAKING USING MOLDJET](https://tritoneam.com/landing-pages/die-making-using-moldjet/): Using a specific application, we managed to reach a solution for various industries such as fashion and pharma tech. MoldJet technology enables us to produce fully dense, multiple 316L SS pattern masters in a single build quickly and efficiently. Read the full protip to learn how to achieve high-density parts with a smooth mold surface at a lower cost per part. - [GAINED EFFICIENCY GREEN PART PROCESSING](https://tritoneam.com/landing-pages/gained-efficiency-green-part-processing/): The main challenge in an industrial environment is to reach high quality parts over and over again while lowering the cost per part. MoldJet technology, compared to other AM technologies reaches a stronger green part allowing machining and surface finish operations to complete in a fraction of the time and cost. Read more in our latest protip. - [MALE THREADS](https://tritoneam.com/landing-pages/male-threads/): Parts with multiple thread sizes require additional tooling and time to complete. To use the time wisely and save post processing time, MoldJet technology removes the need to manually add threads to additive parts. Read to full pro tip to learn how we reach succesful threads with a smooth feel and no galling. - [THREADING GUIDLINES IN MOLDJET TECHNOLOGY](https://tritoneam.com/landing-pages/threading-guidlines-in-moldjet-technology/): Manufacturing internal high quality threads in additive manufacturing can lead to a huge advantage to the design process. You can save time and money Using MoldJet technology as it reduces the need for additional post process to parts after they were manufactured. Read the full protip to discover more. - [ADVANCED SINTER-BONDING SOLUTION WITH MOLDJET](https://tritoneam.com/landing-pages/advanced-sinter-bonding-solution-with-moldjet/): Successful bonding requires uniform shrinkage of the parts and smooth interface surfaces to ensure optimal sintering. On our latest protip we cover the challenge of manufacturing separate parts and assembling them through sinter bonding. click here to read our solution for these complex parts and the outcome. - [MINIMIZING LIVE SETTERS WITH ANSYS ADDITIVE SUITE](https://tritoneam.com/landing-pages/minimizing-live-setters-with-ansys-additive-suite/): The main challenge when producing parts using sintered based technologycomes from the sintering process, where forces are applied on the partsunder extremely high temperatures and can deform the geometry. This canlead to inaccuracy with regards to the desired dimensions. Learn how we over come this complex challenge in our pro tip using Anysys Additive Suite Simulation. - [Deutsche Bahn case study](https://tritoneam.com/landing-pages/deutsche-bahn-case-study/) - [Revolutionizing Metal AM Economics: Higher Productivity & Lower Part Cost](https://tritoneam.com/landing-pages/revolutionizing-economics-white-paper/) - [AMT Metal case study](https://tritoneam.com/landing-pages/amt-metal-case-study/) - [7 advantages of a slurry-based feedstock](https://tritoneam.com/landing-pages/7-advantages-white-paper/) - [Temp (DUPLICATE)](https://tritoneam.com/landing-pages/temp-duplicate/) - [How APG achieved weight reductionof 84% – from 2.13 KG to 0.336 KG](https://tritoneam.com/landing-pages/apg-case-study/) - [APG Manufactures Lathe Chuck Jaws Using Tritone’s MoldJet](https://tritoneam.com/landing-pages/white-paper-duplicate/) ## In the news - [MoldJet sinter-based additive manufactured 316 L SS: achieving isotropic microstructure, enhanced mechanical properties, corrosion resistance, and biocompatibility](https://tritoneam.com/in-the-news/achieving-biocompatibility-with-moldjet/): Shlomi Digorker , Sivan Hazan , Avia Lavon ,  Ohad Dolev , Matti Ben  Moshe, Amnon Shirizly , Galit Katarivas  Levy  - [NCMT breaks the prototype barrier with Tritone AM](https://tritoneam.com/in-the-news/stratasys-takes-the-leap-into-metal-3d-printing/): MTD magazine spoke to Scott Robinson, NCMT’s Additive Sales & Application Engineer, about why this technology matters, how it works, and what it means for UK manufacturers. - [Stratasys Invests in Tritone to Add Metal and Ceramic Additive Manufacturing](https://tritoneam.com/in-the-news/stratasys-invests-in-tritone-to-add-metal-and-ceramic-additive-manufacturing/): Stratasys, headquartered in Minnesota, USA, has announced a collaboration with Tritone Technologies, based in Tel Aviv, Israel, to bring industrial-scale, production-grade metal and ceramic Additive Manufacturing to its range of technologies. - [APG Manufactures Lathe Chuck Jaws with Tritone’s MoldJet Technology](https://tritoneam.com/in-the-news/apg-manufactures-lathe-chuck-jaws-with-tritones-moldjet-technology/): Learn how APG leveraged one of the best-known advantages of 3D printing, which is appreciated by different industries – freedom of design, by using Tritone’s MoldJet technology. - [SmarTech Releases First Report on Emerging 3D Printing Technologies and OEMs](https://tritoneam.com/in-the-news/smartech-releases-first-report-on-emerging-3d-printing-technologies-and-oems/): “A developer of industrial metal and ceramic AM technology, Israeli business Tritone recently expanded to North America”… Read SmarTech’s first report on Emerging 3D printing technologies and OEMs, authored by AM expert and startup advisor Tali Rosman - [Tritone’s MoldJet: The definitiondefying AM technology advancing steadily toward commercialisation](https://tritoneam.com/in-the-news/tritones-moldjet-the-definitiondefying-am-technology-advancing-steadily-toward-commercialisation/): Tritone is betting on the power of paste over the pain of powder. - [Tritone’s Amazing Hybrid Technology](https://tritoneam.com/in-the-news/tritones-amazing-hybrid-technology/): Read Kerry Stevenson’s article on Tritone’s MoldJet technology; “It’s a fascinating process that enables use of a wider selection of metal and ceramic materials than is typically found with metal 3D printers”. - [Tritone’s MoldJet technology reduces manufacturing costs and lead times for metal parts](https://tritoneam.com/in-the-news/tritones-moldjet-technology-reduces-manufacturing-costs-and-lead-times-for-metal-parts/): Read the interview from 3D Natives with AMT Metal on our latest case study – how can you reduce your cost and lead time by manufacturing with Tritone’s technology. - [Additive Manufacturing new metal technologies](https://tritoneam.com/in-the-news/additive-manufacturing-new-metal-technologies/): The unique advantages of the MoldJet technology – read the full interview in the AMPOWER Insights issue about the new process method for metal materials. - [Tritone Making Progress Developing MoldJet Technology](https://tritoneam.com/in-the-news/tritone-making-progress-developing-moldjet-technology/): A great article written by Kerry Stevenson, Fabbaloo: “There are a number of advantages in using MoldJet over other 3D printing processes, not the least of which is the ability to use standard MIM powders”. - [Tritone on its MoldJet technology and DOMINANT 3D printing platform](https://tritoneam.com/in-the-news/tritone-on-its-moldjet-technology-and-dominant-3d-printing-platform/): Read about Tritone’s MoldJet technology, a new powderless process that leverages ink jetting to produce high resolution parts in a range of metal alloys at industrial speed, equating to a throughput of up to 1,600 cc/hour. - [Using Moldjet technology as an alternative](https://tritoneam.com/in-the-news/using-moldjet-technology-as-an-alternative/): Transitioning from prototype to mass production of metal parts. The Dominant system can facilitate any shape, design and complexity for a quick market launch of industrial production. - [Compatible with a wide range of materials including metals & ceramic, Dominant promises 3D printed “green parts”](https://tritoneam.com/in-the-news/compatible-with-a-wide-range-of-materials-including-metals-ceramic-dominant-promises-3d-printed-green-parts/): Read Tritone’s CEO, Ofer Ben-Zur, interview by 3D ADEPT (3DA) for their “Opinion of the Week” series to explain our solution for Additive Manufacturing. - [Tritone’s MoldJet Technology Well Suited For Production Use](https://tritoneam.com/in-the-news/tritones-moldjet-technology-well-suited-for-production-use/): In his blog at Fabbaloo, Kerry Stevenson reviews Tritone’s MoldJet technology and how it took the usual 3D printing paradigm and twisted it backwards: instead of 3D printing the desired object, the technology 3D prints a mold. - [Tritone Technologies Dominant overview](https://tritoneam.com/in-the-news/tritone-technologies-dominant-overview/): The ANIWAA report scans the new innovative technology by Tritone and states that the Dominant is designed to be a true production system and alternative to traditional manufacturing techniques like injection molding. ## Events - [Meet us at Formnext 2026](https://tritoneam.com/events/meet-us-at-formnext-2026/): Hall 12.1, Booth D121 - [IMTS 2026](https://tritoneam.com/events/imts-2026/): Booth #338460 - [3D Natives Additive Metals World 2026](https://tritoneam.com/events/3d-natives-additive-metals-world-2026/): June 10 2026 | Panel #1 - [Rapid 2026](https://tritoneam.com/events/rapid-2026/): Booth #1601 - [BEDEX 2026](https://tritoneam.com/events/bedex-2026/): 12-13 March 2026 - [EPHJ 2026](https://tritoneam.com/events/ephj-2026/): June 16-19 - [Eurosatory 2026](https://tritoneam.com/events/eurosatory-2026/): Hall 4 Booth D255 - [MILAM 2026](https://tritoneam.com/events/milam-2026/): Stratasys Booth 301 - [Nexus 2026](https://tritoneam.com/events/nexus-2026/): Stratasys HQ Israel - [Formnext 2025](https://tritoneam.com/events/formnext-2025/): Hall 12, Booth C72 - [EPHJ 2025](https://tritoneam.com/events/ephj-2025/): Hall 1, Booth K13 - [Tritone X Gardner Webinar](https://tritoneam.com/events/tritone-x-gardner-webinar/): Join us March 27th to dive into the inspiring stories of early adopters who have crushed the complexities of additive manufacturing (AM) to gain a competitive edge. - [IMTS 2024](https://tritoneam.com/events/imts-2024/): Booth 432422 - [Euro PM2024](https://tritoneam.com/events/euro-pm2024/): October 1, 16:30 CET - [Formnext 2024](https://tritoneam.com/events/formnext-2024/): Hall 12, Booth C72 ## Press releases - [Legor and Tritone Technologies announce strategic partnership to advance metal additive manufacturing](https://tritoneam.com/press-releases/legor-and-tritone-technologies-partnership/): Legor and Tritone Technologies are pleased to announce a strategic technology partnership aimed at expanding the possibilities of precious metal additive manufacturing for the fine jewelry, watchmaking and luxury industries. - [Inconel718 Officially Released and Qualified for MoldJet Technology](https://tritoneam.com/press-releases/inconel718-officially-released-and-qualified-for-moldjet-technology/): Tritone Technologies, a global provider of powder-free metal and ceramic additive manufacturing (AM) technology for industrial production systems announces the expansion of its portfolio of build materials. - [Stratasys Moves Beyond Polymers, Adding Metal & Ceramic Manufacturing with Tritone Technologies](https://tritoneam.com/press-releases/stratasys-tritone-partnership/): Stratasys Ltd. (NASDAQ: SSYS) announced today that it is strengthening its additive manufacturing (AM) industry leadership position as the go-to choice for manufacturers by investing in and establishing a key business collaboration with industrial metal 3D printing company, Tritone Technologies. - [Excelencia-Tech Metal and Tritone Technologies establish an exclusive distribution agreement for Metal and Ceramic 3D Printing Solutions in Spain](https://tritoneam.com/press-releases/excelencia-tech-metal-and-tritone-technologies-establish-an-exclusive-distribution-agreement-for-metal-and-ceramic-3d-printing-solutions-in-spain/): Tritone announces a distribution agreement in Spain. This strategic partnership strengthens Tritone's presence in the European in market by collaborating with well-established and reputable regional partners. - [Tritone Technologies signs a distribution agreement in Taiwan with General Integration Technical Co., Ltd](https://tritoneam.com/press-releases/tritone-technologies-signs-a-distribution-agreement-in-taiwan-with-general-integration-technical-co-ltd/): Tritone announces a distribution agreement in Taiwan. This strategic partnership marks Tritone's entry into the Taiwanese market, allowing local manufacturers to benefit from Tritone’s unique technology - [TPC Mechatronics signs an exclusive distribution agreement in the Republic of Korea with Metal 3D Printing company Tritone Technologies](https://tritoneam.com/press-releases/tpc-mechatronics-signs-an-exclusive-distribution-agreement-in-the-republic-of-korea-with-metal-3d-printing-company-tritone-technologies/): Tritone announces an exclusive distribution agreement in the Republic of Korea. This strategic partnership marks Tritone’s debut in the Republic of Korea market, enabling Korean manufacturers to benefit from Tritone’s unique and innovative technology. - [Sarel Ashkenazy Joins Tritone Technologies as VP of Sales](https://tritoneam.com/press-releases/sarel-ashkenazy-joins-tritone-technologies-as-vp-of-sales/): Tritone appoints Sarel Ashkenazy as VP of Sales. This new appointment will empower Tritone to focus on global growth strategies. - [Cor.Sa 3D Offering Tritone Technologies Dominant System for Industrial Additive Manufacturing of Metal and Ceramic Parts in Italy](https://tritoneam.com/press-releases/cor-sa-3d-offering-tritone-technologies-dominant-system-for-industrial-additive-manufacturing-of-metal-and-ceramic-parts-in-italy/): Tel-Aviv, Israel / Rome, Italy – April 15, 2024 – Tritone Technologies, a global provider of metal and ceramic additive manufacturing (AM) technology for industrial production, announced today that COR.SA 3D, an Italian industry leader in the AM market, has added the Tritone Dominant system to their business portfolio, allowing for industrial additive manufacturing of metal and ceramic parts. - [Impact Labs Introduces Tritone Technologies Dim System for Industrial Additive Manufacturing of Metal and Ceramic Parts in Israel](https://tritoneam.com/press-releases/impact-labs-introduces-tritone-technologies-dim-system-for-industrial-additive-manufacturing-of-metal-and-ceramic-parts-in-israel/): Impact Labs, an Israeli hardware & AM innovation center, has added the Tritone Dim system to their versatile AM machines portfolio, allowing for industrial AM of metal and ceramic parts. - [Tritone Technologies Announces Sales Partnership with ACS Hybrid Solutions](https://tritoneam.com/press-releases/tritone-technologies-announces-sales-partnership-with-acs-hybrid-solutions/): Tritone Technologies to partner with ACS Hybrid to expand their presence and technical resources in the Pacific Northwest. - [Tritone Technologies to Present Full Portfolio of Metal and Ceramic Additive Manufacturing Solutions at Formnext 2023](https://tritoneam.com/press-releases/tritone-technologies-to-present-full-portfolio-of-metal-and-ceramic-additive-manufacturing-solutions-at-formnext-2023/): Tritone announces its participation in Formnext 2023, the largest event for the AM community. - [Tritone Technologies Announces Joining bavAIRia, the Bavarian Aerospace Association](https://tritoneam.com/press-releases/tritone-technologies-announces-joining-bavairia-the-bavarian-aerospace-association/): Tritone joins bavAIRia, the Bavarian Aerospace Association, thus deepens its commitment to the advancement of the aerospace industry within Germany. - [Tritone Technologies Appoints Steffen W. Kuhn as General Manager, Germany & Austria](https://tritoneam.com/press-releases/tritone-technologies-appoints-steffen-w-kuhn-as-general-manager-germany-austria/): Tritone appoints Steffen W. Kuhn as GM Germany & Austria. The appointment marks a bold move of the company to establish its foothold in the European market. - [EMETRES Signs an Exclusive Distribution Agreement in Portugal with Metal 3D Printing Company Tritone Technologies](https://tritoneam.com/press-releases/emetres-signs-an-exclusive-distribution-agreement-in-portugal-with-metal-3d-printing-company-tritone-technologies/): EMETRES penetrates the 3D industrial AM market in Portugal using Tritone’s novel MoldJet technology. This announcement holds significant importance in Tritone’s strategy to expand its foothold in Europe by forming relationships with reputable and established regional partners. - [Tritone and DSH Technologies Launch Outsource Sintering Furnace-Access Program to Accelerate Adoption of Metal Additive Manufacturing](https://tritoneam.com/press-releases/tritone-and-dsh-technologies-launch-outsource-sintering-furnace-access-program-to-accelerate-adoption-of-metal-additive-manufacturing/): Under the program, Tritone customers will have immediate access to industry leading Elnik sintering furnaces and metallurgy expertise with no upfront capital investment or additional staffing required. - [INOVSYS Now Offering Tritone Technologies Dim System for Industrial Additive Manufacturing of Metal and Ceramic Parts in France](https://tritoneam.com/press-releases/inovsys-now-offering-tritone-technologies-dim-system-for-industrial-additive-manufacturing-of-metal-and-ceramic-parts-in-france/): INOVSYS, a French industry leader in the AM market, has added the Tritone Dim system to their business portfolio, allowing for industrial additive manufacturing of metal and ceramic parts. - [Tritone Technologies Announces Sales Partner Program and Agreement with Technical Training Aids and Prototyping Solutions](https://tritoneam.com/press-releases/tritone-technologies-announces-sales-partner-program-and-agreement-with-technical-training-aids-and-prototyping-solutions/): Tritone Technologies will partner with Technical Training Aids (TTA) and Prototyping Solutions (PS) to expand their presence in the United States. - [FreeFORM Technologies to Expand Service Offerings with Tritone MoldJet Technology](https://tritoneam.com/press-releases/freeform-technologies-to-expand-service-offerings-with-tritone-moldjet-technology/): FreeFORM Technologies will expand their service offerings by adding a Tritone Dominant Additive Manufacturing system. - [Dedem signs an exclusive distribution agreement in Italy with Metal 3D Printing company Tritone Technologies](https://tritoneam.com/press-releases/dedem-signs-an-exclusive-distribution-agreement-in-italy-with-metal-3d-printing-company-tritone-technologies/): Dedem has signed an exclusive distribution agreement with Tritone Technologies. Selltek by Dedem thus optimally complements their range of metal 3D printers and services offered in Italy. - [Tritone Technologies, Fraunhofer IFAM Dresden and Alphacam GmbH Invite You to a Joint Workshop at Fraunhofer IFAM’s Innovation Center Additive Manufacturing ICAM](https://tritoneam.com/press-releases/tritone-technologies-fraunhofer-ifam-dresden-and-alphacam-gmbh-invite-you-to-a-joint-workshop-at-fraunhofer-ifams-innovation-center-additive-manufacturing-icam/): Tritone Technologies has announced the annual workshop together with Fraunhofer IFAM Dresden and Alphacam GmbH. The event will take place at the Innovation Center Additive Manufacturing ICAM in Dresden on May 16, 2023. - [Tritone Technologies Showcases Industrial Metal and Ceramic Additive Manufacturing Solutions at Rapid + TCT 2023](https://tritoneam.com/press-releases/tritone-technologies-showcases-industrial-metal-and-ceramic-additive-manufacturing-solutions-at-rapid-tct-2023/): Tritone announces its participation in Rapid + TCT 2023, the largest event for the AM community in the USA. - [Tritone Technologies strengthen its corporate foothold in North America by opening a new US based subsidiary: Tritone Technologies North America Inc.](https://tritoneam.com/press-releases/tritone-technologies-strengthen-its-corporate-foothold-in-north-america-by-opening-a-new-us-based-subsidiary-tritone-technologies-north-america-inc/): Tritone Technologies has announced its global expansion by opening a new US based subsidiary for the growing needs of the North America (NA) region, named Tritone Technologies North America Inc. - [Tritone Technologies Will Showcase Industrial Metal and Ceramic Additive Manufacturing Solutions at Formnext 2022](https://tritoneam.com/press-releases/tritone-technologies-will-showcase-industrial-metal-and-ceramic-additive-manufacturing-solutions-at-formnext-2022/): Tritone announces its participation in Formnext 2022, the largest event for the AM community. - [Alpha Precision Group (APG) Now Offering Tritone MoldJet Technology for Industrial Additive Manufacturing of Metal Parts in North America](https://tritoneam.com/press-releases/alpha-precision-group-apg-now-offering-tritone-moldjet-technology-for-industrial-additive-manufacturing-of-metal-parts-in-north-america/): Alpha Precision Group (APG), a Nicholas Portland US based company is now offering industrial production on their Tritone Dominant system from its Ridgway PA facility. - [M2 High Speed Steel and 4340 Low Alloy Steel Now Qualified on Tritone Technologies Systems](https://tritoneam.com/press-releases/m2-high-speed-steel-and-4340-low-alloy-steel-now-qualified-on-tritone-technologies-systems/): With the recent qualification of M2 high speed steel and 4340 low alloy steel, Tritone systems now offer a wide variety of materials to use on its Additive Manufacturing (AM) systems. These include stainless steels, tool steels, low alloy and super alloy steels, Titanium alloys, Copper, and Ceramic. Additional materials are at an advanced stage waiting for qualification. - [SU-PAD signs an exclusive distribution agreement in Israel with Industrial Metal 3D Printing company Tritone Technologies](https://tritoneam.com/press-releases/su-pad-signs-an-exclusive-distribution-agreement-in-israel-with-industrial-metal-3d-printing-company-tritone-technologies/): SU-PAD has signed an exclusive distribution agreement with Tritone® Technologies, a global provider of metal and ceramic additive manufacturing (AM) technology for industrial production. Hence, SU-PAD completes their range of metal 3D printers and services offered in Israel. - [Tritone Technologies headquarters move to accommodate company’s accelerated growth](https://tritoneam.com/press-releases/tritone-technologies-headquarters-move-to-accommodate-companys-accelerated-growth/): Tritone Technologies, a global provider of metal and ceramic additive manufacturing (AM) technology for industrial production, has announced of its new headquarters location, to a new office space to accommodate the rapid growth and future expansion plans for its business. - [ERM signs an exclusive distribution agreement in France with Metal 3D Printing company Tritone Technologies](https://tritoneam.com/press-releases/erm-signs-an-exclusive-distribution-agreement-in-france-with-metal-3d-printing-company-tritone-technologies/): ERM Fab&Test has signed an exclusive distribution agreement with Tritone Technologies, an innovator in metal additive manufacturing. ERM Fab&Test thus optimally complements their range of metal 3D printers and services offered in France and French speaking countries in Africa. - [Tritone expands its MoldJet® technology product line](https://tritoneam.com/press-releases/tritone-expands-its-moldjet-technology-product-line/): The new Tritone Dim system extends the availability for manufacturing industrial throughput on demand metal parts - [MIMplus partners with Tritone Technologies](https://tritoneam.com/press-releases/mimplus-partners-with-tritone-technologies/): Proud to enable additive manufacturing for MIMplus with Tritone’s Moldjet technology. - [Runout installs Tritone Dominant for industrial AM of metal parts](https://tritoneam.com/press-releases/runout-installs-tritone-dominant-for-industrial-am-of-metal-parts/): Tritone Technologies, a pioneer in metal additive manufacturing, installed its first Tritone DOMINANT beta system at Runout, an Israel-based provider of accurate CNC machining and milling for industrial, Hi-Tech and Aerospace applications. - [Tritone introduces new technology for industrial metal additive manufacturing](https://tritoneam.com/press-releases/tritone-introduces-new-technology-for-industrial-metal-additive-manufacturing/): The Tritone Dominant system is pioneering the industrial production of high-quality metal parts for a variety of industrial applications. ## Resources - [Israeli Air Force Cut Lead Time and Machining Using MoldJet Technology](https://tritoneam.com/resources/israeli-air-force-cut-lead-time-and-machining-using-moldjet-technology/) - [3D Natives Panel – When to Pivot to Alternative Technologies](https://tritoneam.com/resources/3d-natives-event-panel-1/) - [Eliminating Part Assembly with Additive](https://tritoneam.com/resources/eliminating-assembly/) - [GMH Extended Equipment Life, Cut Costs, and Accelerated Delivery with MoldJet® Technology](https://tritoneam.com/resources/gmh-case-study/) - [How Exalta Reached Superior Surface Finish and Scalable Production with Lower Costs](https://tritoneam.com/resources/exalta-case-study/) - [Precision Where it Matters – Variable Layer Thickness (VLT)](https://tritoneam.com/resources/precision-where-it-matters-vlt/) - [How BAARS produced thousands of parts simultaneously to meet volume requirements](https://tritoneam.com/resources/baars-case-sudy/) - [Increasing Green Part Density with CIP](https://tritoneam.com/resources/increasing-green-part-density-with-cip/) - [Boosting Green-to-Green Sinter Bonding Strength with a Simple Method](https://tritoneam.com/resources/boosting-green-to-green-sinter-bonding-strength/) - [Sealed & Hollow Pro Tip](https://tritoneam.com/resources/sealed-and-hollow-protip/) - [Streamlining the adoption of Metal AM](https://tritoneam.com/resources/streamlining-the-adoption-of-metal-am/) - [METAL AM IN RESEARCH CENTERS AND UNIVERSITIES](https://tritoneam.com/resources/metal-am-in-research-centers-and-universities-2/) - [Green Parts Dry Tumbling](https://tritoneam.com/resources/green-parts-dry-tumbling/) - [Optimal Angles Pro Tip](https://tritoneam.com/resources/optimal-angles-pro-tip/) - [Advanced Sinter-Bonding Solutions with MoldJet](https://tritoneam.com/resources/advanced-sinter-bonding-solutions-with-moldjet/) - [Male Threads](https://tritoneam.com/resources/male-threads-pro-tip/) - [High Productivity & Lower Cost per Part](https://tritoneam.com/resources/moldjet-technology/) - [Additive Solution for Defense and Aerospace](https://tritoneam.com/resources/defense-aerospace-additive-solutions-webinar/) - [How Deutsche Bahn integrated AM to their fleet](https://tritoneam.com/resources/apg-manufactures-lathe-chuch-jaws-duplicate/) - [Minimizing Live Setters with Ansys Additive Suite](https://tritoneam.com/resources/minimizing-live-setters-with-ansys-additive-suite/) - [PrinterTalks#6 | Fraunhofer](https://tritoneam.com/resources/fraunhofer-printertalks-6/) - [PrinterTalks#5 | Fraunhofer](https://tritoneam.com/resources/fraunhofer-printertalks-5/) - [PrinterTalks#4 | Fraunhofer](https://tritoneam.com/resources/fraunhofer-printertalks-4/) - [PrinterTalks#3 | Fraunhofer](https://tritoneam.com/resources/fraunhofer-printertalks-3/) - [PrinterTalks#2 | Fraunhofer](https://tritoneam.com/resources/fraunhofer2/) - [PrinterTalks#1 | Fraunhofer](https://tritoneam.com/resources/fraunhofer-printertalks-1/) - [HIGHER PRODUCTIVITY & LOWER PART COST](https://tritoneam.com/resources/revolutionizing-metal-am-economics-higher-productivity-lower-part-cost/) - [Threading guidelines in MoldJet technology](https://tritoneam.com/resources/threading-guidelines-in-moldjet-technology/) - [GAINED EFFICIENCY GREEN PART PROCESSING](https://tritoneam.com/resources/gained-efficiency-green-part-processing/) - [alphacAMorgen x Tritone](https://tritoneam.com/resources/alphacamorgen-x-tritone/) - [Reduce Costs and Improve Productivity](https://tritoneam.com/resources/discover-moldjet-technology-webinar/) - [ERM Fab&Test X Tritone](https://tritoneam.com/resources/erm-fabtest-and-tritone-technologies-webinar/) - [Key Advantages Using MoldJet](https://tritoneam.com/resources/tritone-moldjet-advantages/) - [All About MoldJet](https://tritoneam.com/resources/moldjet-technology-introduction/) - [Dominant in Action](https://tritoneam.com/resources/tritone-dominant-system/) - [Layer-by-Layer Process](https://tritoneam.com/resources/moldjet-layer-by-layer-build-process/) - [7 advantages of a slurry-based feedstock](https://tritoneam.com/resources/7-advantages-of-a-slurry-based-feedstock/) - [Die Making Using MoldJet](https://tritoneam.com/resources/die-making-using-moldjet/) - [Green parts post-process](https://tritoneam.com/resources/green-parts-post-process/) - [Ti-64 Titanium](https://tritoneam.com/resources/ti-64-titanium-datasheet/) - [4340 Low Alloy Steel](https://tritoneam.com/resources/4340-low-alloy-steel-datasheet/) - [H-13 Tool Steel](https://tritoneam.com/resources/h-13-tool-steel-datasheet/) - [M2 High Speed Tooling](https://tritoneam.com/resources/m2-tool-steel/) - [17-4 PH Stainless Steel](https://tritoneam.com/resources/17-4-ph-stainless-steel-datasheet/) - [15-5 PH Stainless Steel](https://tritoneam.com/resources/15-5-ph-stainless-steel-datasheet/) - [316L Stainless Steel](https://tritoneam.com/resources/316l-stainless-steel-datasheet/) - [MoldJet technology infographic](https://tritoneam.com/resources/moldjet-technology-infographic/) - [How APG achieved weight reduction of 84%](https://tritoneam.com/resources/apg-case-study/) - [How AMT Metal Saved 67% Cost and 70% Lead Time](https://tritoneam.com/resources/amt-case-study/) - [All About Dim](https://tritoneam.com/resources/dim-brochure/) - [All About Dominant](https://tritoneam.com/resources/dominant-brochure/) ## Distributors & Agents - [Seido Systèmes](https://tritoneam.com/distributors-and-agents/seido-systemes/) - [CINTEG AG](https://tritoneam.com/distributors-and-agents/cinteg-ag/) - [3Dees](https://tritoneam.com/distributors-and-agents/3dees/) - [EXCELENCIA-TECH METAL](https://tritoneam.com/distributors-and-agents/excelencia-tech-metal/) - [General Integrated Technology (GIT)](https://tritoneam.com/distributors-and-agents/general-integrated-technology-git/) - [TPC Mechatronics Corp](https://tritoneam.com/distributors-and-agents/tpc-mechatronics-corp/) - [SU-PAD](https://tritoneam.com/distributors-and-agents/su-pad/) - [SELLTEK by Dedem S.p.A.](https://tritoneam.com/distributors-and-agents/selltek-by-dedem-s-p-a/) - [ERM Fab & Test](https://tritoneam.com/distributors-and-agents/erm-fab-test/) - [Seido Systems](https://tritoneam.com/distributors-and-agents/seido-systems/) - [Alphacam](https://tritoneam.com/distributors-and-agents/alphacam/) ## Applications - [Swivel](https://tritoneam.com/applications/swivel/) - [Connector](https://tritoneam.com/applications/connector/) - [Fluid Distribution Manifold](https://tritoneam.com/applications/fluid-distribution-manifold/) - [Copper Heat Exchanger](https://tritoneam.com/applications/copper-heat-exchanger/) - [Hollow Bracelet](https://tritoneam.com/applications/hollow-bracelet/) - [Milling Cutter Body](https://tritoneam.com/applications/milling-cutter-body/) - [Lumbar Angled Driver](https://tritoneam.com/applications/lumbar-angled-driver/) - [Pure Copper Snake Ring](https://tritoneam.com/applications/pure-copper-snake-ring/) - [Blade Holder Cutting Tool](https://tritoneam.com/applications/blade-holder-cutting-tool/) - [CNC Cutting Tool](https://tritoneam.com/applications/cnc-cutting-tool/) - [Suppressor](https://tritoneam.com/applications/suppressor/) - [Moving Tool Holder for Minimal Invasive surgery](https://tritoneam.com/applications/moving-tool-holder-for-minimal-invasive-surgery/) - [Stator Tool Holder for Minimal Invasive surgery](https://tritoneam.com/applications/tool-holder-for-minimal-invasive-surgery/) - [Cutting Insert](https://tritoneam.com/applications/cutting-tool/) - [Gear](https://tritoneam.com/applications/saeco-incanto-gear-2/) - [Lightweight bracket](https://tritoneam.com/applications/lightweight-bracket/) - [Impeller](https://tritoneam.com/applications/impeller/) - [Gear](https://tritoneam.com/applications/engrenage-a-denture-helicoidale-2/) - [Eliptical Gear](https://tritoneam.com/applications/eliptical-gear/) - [Bevel Gear Pinion](https://tritoneam.com/applications/bevel-gear-pinion/) - [Bevel Gear](https://tritoneam.com/applications/bevel-gear/) - [Stone-Ready Ring](https://tritoneam.com/applications/stone-ready-ring/) - [Die Slot](https://tritoneam.com/applications/tritone-die-slot/) - [Torsional spring](https://tritoneam.com/applications/torsional-spring/) - [Parting-off lathe tool](https://tritoneam.com/applications/radial-blade-2/) - [Pinch Sector gear](https://tritoneam.com/applications/kickstart-gear-2/) - [Gas turbine exhaust mixer](https://tritoneam.com/applications/exhaust-manifold/) - [Turbo charger housing](https://tritoneam.com/applications/turbo-charger/) - [Bag Zipper](https://tritoneam.com/applications/zipper/) - [Rubber mold Insert](https://tritoneam.com/applications/sipe/) - [Earring](https://tritoneam.com/applications/leaf-mandala/) - [Fashion Chain](https://tritoneam.com/applications/chain/) - [Helical Bevel Gear](https://tritoneam.com/applications/helical-bevel-gear-2/) - [Gear](https://tritoneam.com/applications/gear-2/) - [Gear](https://tritoneam.com/applications/extruder-tooth-wheel/) - [Difuser](https://tritoneam.com/applications/aristo-cast/) - [Milling cutter](https://tritoneam.com/applications/milling-cutter/) - [Lathe tool holder](https://tritoneam.com/applications/lathe-tool-holder-2/) - [Cutting blade holder](https://tritoneam.com/applications/cutting-blade-holder/) - [Milling tool](https://tritoneam.com/applications/finger-milling-tool/) - [Drill bit](https://tritoneam.com/applications/drill-bit/) - [CNC Cutter tool](https://tritoneam.com/applications/broca-kenna/) - [Wafer Gripper](https://tritoneam.com/applications/wafer-griper/) - [Heat Exchanger](https://tritoneam.com/applications/heat-exchanger/) - [In-flow aerodynamics vane](https://tritoneam.com/applications/thrust-vector-control/) - [Belt buckle](https://tritoneam.com/applications/belt-buckl/) - [Watch case](https://tritoneam.com/applications/watch-case/) - [Manifold](https://tritoneam.com/applications/manifold/) - [Shoe Heel](https://tritoneam.com/applications/fashion-heel/) - [Lightweight Mirror](https://tritoneam.com/applications/lightweight-mirror/) - [Pendant](https://tritoneam.com/applications/mandala/) - [Adaptor](https://tritoneam.com/applications/captive-nut-connector/) - [RF Slotted Antenna](https://tritoneam.com/applications/2-7/) ## Systems - [Dominant System](https://tritoneam.com/systems/dominant-system/): Discover the transformative power of the Dominant manufacturing system. Representing cutting-edge innovation, the Dominant delivers unmatched efficiency and precision to your manufacturing process. Experience a green and safe industrial environment with a powder-free process and hands-free post-process, enabled by a paste-based feedstock. Address demanding market requirements with uniform, repeatable manufacturing, achieving high density and accuracy of parts. Utilize the Dominant for exceptional industrial serial manufacturing, where high manufacturing resolution and precision enable the production of complex part geometries. - [DIM System](https://tritoneam.com/systems/dim-system/): Explore the capabilities of the DIM manufacturing system. Engineered for precision and efficiency, the Dim brings cutting-edge innovation to your production process. Experience a streamlined workflow with Dim's compact design and versatile functionality. Achieve consistent results with uniform, repeatable manufacturing, ensuring high quality and accuracy. With Dim, you can confidently produce intricate parts with ease and precision, unlocking new possibilities for your business. ## Leadership Team - [Sarel Ashkenazy](https://tritoneam.com/leadership-team/sarel-ashkenazy/) - [Hagai Peled](https://tritoneam.com/leadership-team/hagai-peled/) - [Matti Ben-Moshe, PhD.](https://tritoneam.com/leadership-team/matti-ben-moshe-phd/) - [Ronen Braunstein](https://tritoneam.com/leadership-team/ronen-braunstein/) - [Omer Sagi](https://tritoneam.com/leadership-team/omer-sagi/) - [Ofer Ben Zur](https://tritoneam.com/leadership-team/ofer-ben-zur/)