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Synergy’s Mechanical Joining + Laser Cladding
· World’s first fully warrantable welding/joining solution for 3D printed steel injection molds of any size
· Developed specifically to match or outperform conventionally machined steel tooling
· Enables rapid, scalable production of complete 3D printed steel tools
Distributed Manufacturing Model
· Distributed 3D printing network allows all mold sections to be printed simultaneously across multiple machines
· Parallel production drastically reduces lead time compared to conventional or single-printer approaches
Technical Highlights
· Up to 95% mass reduction through advanced light-weighting strategies
· Conformal cooling & heating channels integrated directly into the mold steel for optimized thermal management
· Mechanical joining features (e.g., dovetails) designed into each mold section for strong mechanical interlocking
· Laser cladding applied post-assembly to permanently trap mechanical features and hermetically seal joints
Benefits Delivered
· Faster lead times – Tool production in days or weeks possible if required, not months
· Cost-competitive with conventionally machined steel molds
· Superior thermal performance in-mold, enabling:
Faster cycle times
More consistent part quality
Improved molding of challenging geometries
· Reduced scrap rates through better thermal control and dimensional stability
· Lower machine utilization costs due to shorter cycles, reduced mold weight, and higher uptime
· Extended tool life – up to 1 million cycles, depending on application
· Polishable to A2 finish and texturable like conventional P20/H13 molds
Utilizing a commonized mold base for multiple unique insert sets significantly reduces the overall investment required for tooling. This is much more economical compared to producing a separate, complete mold for each individual part.
The integration of 3D printed conformal cooling channels offers unprecedented benefits for customer molding projects. Unlike traditional cooling methods, conformal cooling closely follows the mold's geometry, ensuring uniform cooling throughout the part. This leads to a significant reduction in cooling times, enhancing cycle efficiency and throughput.
Variotherm technology enables molds to reach higher temperatures during injection and then cool down rapidly, ensuring flawless replication of intricate details and superior surface finishes. This advanced approach effectively reduces residual stresses, diminishing the likelihood of part warpage and enhancing the mechanical properties of the final products. For our customers, this translates into the ability to produce complex and aesthetically superior parts with reduced cycle times and lower production costs.
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