5G & Optical Communications
Copper alloy MIM parts for optical modules and connectors — replacing machined parts in small, complex geometries.
Overview
Copper alloy MIM parts for optical modules and connectors — replacing machined parts in small, complex geometries.
Typical Parts
Related Products
Copper Alloy MIM Parts
Materials: Copper, bronze, brass, tungsten copper
High thermal & electrical conductivity, bacteriostatic
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Copper Thermal Packaging Components
Materials: Pure copper, tungsten copper (W-Cu)
High thermal conductivity, CTE matching, low warpage, miniaturized complex geometries, plating/soldering/wire-bonding compatible
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Tungsten Copper Heat Sink
Materials: Tungsten copper (WCu) composite
Rapid heat transfer from sensitive chips, structural reinforcement under thermal stress, micro-channels and thin-wall structures via MIM, low thermal fatigue and oxidation resistance
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Optical Transceiver Heat Spreader
Materials: Copper, copper–tungsten (W–Cu) composites, proprietary PM alloys
High thermal conductivity with uniform heat spreading, excellent dimensional stability & flatness, near-net-shape micro-fins and thin walls, cost-effective mass production
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RF Heatsink
Materials: Tungsten copper (W–Cu), pure copper, PM composites
Rapid heat dissipation, CTE-matched to GaN/GaAs/SiC, high dimensional stability under high-frequency thermal cycling, wire-bonding & soldering compatible
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Stainless Steel MIM Parts
Materials: SUS304, SUS316L, SUS420, SUS440C, 17-4PH
Good corrosion resistance, high strength
View DetailsOther Applications
- Consumer Electronics (3C)
- Smart Wearables
- Automotive
- Power Tools
- Medical Devices
- Smart Locks & Hardware
- Bathroom Hardware
- Sports & Counterweights
- Sensors & Magnetic Parts
- Aerospace & Robotics
- Electrical Conduction
- Power Electronics
- Transmission Systems
- Radiation Protection
- Mechanical Parts
- Industrial Machinery
- Motors & Inductors
- Lightweight Structures
Have a Part Design? Let's Evaluate It for MIM.
Send us your 2D/3D drawings — our engineers will respond with a feasibility assessment and quotation.