Precision Where it Matters – Variable Layer Thickness (VLT)
Precision where it matters - variable layer thickness (VLT)
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HIGHER PRODUCTIVITY & LOWER PART COST
Learn about the safer, flexible, cost-efficient AM challenger to LPBF
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Boosting Green-to-Green Sinter Bonding Strength with a Simple Method
Boosting Green-to-Green Sinter Bonding Strength with a Simple Method
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How BAARS produced thousands of parts simultaneously to meet volume requirements
How BAARS ensured outstanding surface quality using MoldJet for mass production
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How APG achieved weight reduction of 84%
See how APG Manufactures Lathe Chuch Jaws Using MoldJet technology
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Increasing Green Part Density with CIP
Learn how to improve the density of printed green bodies while preserving their complex shapes through CIP and MoldJet.
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High Productivity & Lower Cost per Part
Our MoldJet technology enables serial production using a wide range of materials.
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How Deutsche Bahn integrated AM to their fleet
Learn how Deutsche Bahn utilized MIMplus metal parts for first-class train seats.
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How AMT Metal Saved 67% Cost and 70% Lead Time
Discover how AMT Metal produced 120 T-adaptors in 30 days, each with a unique serial number while saving time and money.
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Minimizing Live Setters with Ansys Additive Suite
How to predict the behavior of parts during the sintering process by using Ansys Additive Suite simulation
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Sealed & Hollow Pro Tip
MoldJet process enables the manufacturing of completely hollow parts without requiring any modifications to the original design.
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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.
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Green Parts Dry Tumbling
MoldJet technology enables industrial-scale manufacturing of various complex geometries. For improved surface finish, the parts may undergo a short cycle time labor-free “green state” post-process.
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Advanced Sinter-Bonding Solutions with MoldJet
The MoldJet process enables the manufacturing of green parts with high strength and density
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Threading guidelines in MoldJet technology
How to reduce cost, time and man operations in creation of threaded parts
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Male Threads
Using MoldJet technology to manufacture male threads. Fine threads M3-M8 are functional at the ‘at sintered’ stage.
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GAINED EFFICIENCY GREEN PART PROCESSING
How to achieve a high-quality and repeatable output of parts in an industrial production
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Die Making Using MoldJet
How to swiftly produce intricate 3D chocolate shapes in large quantities
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MoldJet technology infographic
A enhanced layer by layer introduction to Tritone's MoldJet technology
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PrinterTalks#3 | Fraunhofer
How to prepare your desired part for printing using MoldJet technology
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PrinterTalks#5 | Fraunhofer
learn how Fraunhofer uses moldjet technology to ensure quality of metal parts
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Key Advantages Using MoldJet
The latest innovative approach to metal AM, enabling production of high-quality parts.
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Streamlining the adoption of Metal AM
From material development through repeatable, reliable production
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Reduce Costs and Improve Productivity
How MoldJet AM technology is used to reduce lead-time and cost of metal parts.
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alphacAMorgen x Tritone
See how with Alphacam and Fraunhofer operate using MoldJet technology
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Layer-by-Layer Process
Learn how MoldJet technology works layer-by-layer to reach the final model.
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All About MoldJet
Ensuring quality during manufacturing and offering unlimited freedom of design.
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Additive Solution for Defense and Aerospace
Learn about applications for Defense & Aerospace industries using MoldJet technology
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All About Dominant
Our flagship system supporting high volume and repeatable serial production.
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All About Dim
DIM offers a combination of flexibility as well as robust production capabilities.
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