CORE CAPABILITIES
Choose the process that solves the part.
We integrate metal additive manufacturing, precision forming, machining, semiconductor process interfaces, packaging materials, finishing and quality validation—selecting the right route for each structure, material, operating condition and production volume.
One complete manufacturing journey.
We participate early in design and process evaluation, connecting materials, equipment and cross-process resources to reduce repeated trials and supplier handoffs.
Requirements & DFM
Material & process selection
Prototype & validation
Forming or printing
Thermal & post-processing
Inspection & delivery
Choose the process around the part.
We evaluate geometry, material, performance, finish and volume before defining the manufacturing route.
Metal additive manufacturing
Metal powders, topology and structure optimization, printing equipment, parameter development, heat treatment, CNC finishing and production transfer are connected in one route.
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Metal injection molding
A complete route from feedstock and tooling through injection, debinding, sintering, post-processing and inspection for intricate high-strength metal parts at scale.
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Silicon Carbide
SiC wafer boats, paddles, furnace tubes, chucks and equipment structures support high-temperature, low-contamination and positioning-critical semiconductor processes.
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Precision machining & finishing
CNC machining, grinding, polishing, coating, plating, assembly and final inspection bring formed or printed parts to final requirements.
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Semiconductor process & packaging
Wafer-plating interfaces, adhesive formulation, precision coating, slitting and application-led verification connect equipment fit with packaging-material performance.
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Plastic injection molding
Mold development, thin-wall and two-shot molding with decoration and assembly.
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Composite materials
CFRP and GFRP layup, PMI sandwich structures, compression molding and finishing.
View technology ↗Process integration for demanding applications.
Manufacturing capabilities become more valuable when they are connected to application knowledge, material behavior and real operating conditions.
Semiconductor & silicon carbide
SiC wafer boats, cantilever paddles, furnace components, vacuum chucks, wafer carriers, dicing blades and custom precision components for demanding semiconductor processes.
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Wafer process & packaging
CRS conductive sealing interfaces and M6 heat-seal cover tape connect equipment conditions, packaging materials and verification requirements.
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Additive tooling & shoe molds
Additive manufacturing enables integrated lattice, venting and internal features for rapid tooling iteration, complex structures and performance-oriented mold development.
↗See capability through real parts.
Concrete applications help customers quickly judge which process and experience fit their product requirements.
Complex channels
Metal additive manufacturing realizes internal structures that conventional machining cannot easily produce.
Lightweight structures
Topology optimization and lattice design balance weight, strength and function.
Precision MIM parts
Near-net-shape production supports intricate, high-strength components at scale.
Semiconductor thermal parts
Silicon carbide addresses high-temperature, corrosion-resistant and clean-process requirements.
Wafer handling
Component solutions support wafer carrying, vacuum holding and precision dicing.
Wafer plating & carrier-tape packaging
CRS interfaces and M6 cover tape support conductive sealing, packaging stability and application-specific verification.
Tooling applications
Shorter tooling development expands venting, internal structures and custom design possibilities.
Capability supported by production resources.
Final dimensions, tolerances and capacity depend on material, geometry and project conditions. Share a drawing for a practical assessment.
Equipment
Metal 3D printing, injection molding, debinding and sintering, precision machining and quality inspection equipment.
Materials
Metal powders, engineering plastics and silicon carbide are evaluated against performance, environment, cost and volume.
Production
Support spans rapid prototyping, pilot runs, process validation and scalable production; actual capability is drawing- and material-dependent.
Validation
Controls span incoming inspection, in-process checks, dimensional and visual measurement, outgoing inspection and batch traceability.
+PROJECT ASSESSMENT
Not sure which process fits your product?
Share your drawing, material requirements, estimated volume and application conditions. Our team will help evaluate a suitable manufacturing route.
Consult a manufacturing solution ↗PROCESS CHOICES & DOCUMENTED EXAMPLES
A difficult part deserves the right process.
Start with the geometry, then compare tooling, volume and finishing. Quantity alone does not decide the route.
Swipe the table sideways to compare all columns.
| Part challenge | Process to assess | What to check |
|---|---|---|
| Internal channels or frequent design changes | Metal 3D printing | Build direction, powder removal, support removal and machined interfaces. |
| Small, intricate metal parts in repeat orders | MIM + local precision machining | Tooling cost, shrinkage, datum control and annual volume. |
| Thin housings with demanding appearance | Thin-wall / zero-draft injection evaluation | Resin flow, warpage, texture and demolding trials. |
| Lightweight covers with local reinforcement | CFRP / GFRP compression molding | Layup, core, bonded interfaces and RF requirements. |
| Stable wafer support under heat or chemicals | Dense SiC or porous ceramic | Contact pattern, vacuum distribution, material grade and cleaning. |
Examples describe specific designs and test conditions, not guaranteed specifications for every part. Confirm the drawing, material and acceptance criteria before ordering.
START A PROJECT
Let’s manufacture what comes next.
Share your design, application or manufacturing challenge.
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