Semiconductor
Fixtures, equipment plates, alignment blocks, and precision tooling for semiconductor equipment.
View IndustryPrecision CNC machined components for semiconductor, aerospace, medical instruments, automation, optoelectronics, consumer electronics, and emerging energy applications.
From precision fixtures to production-ready components, TaiMachining supports teams across demanding industrial sectors.
Fixtures, equipment plates, alignment blocks, and precision tooling for semiconductor equipment.
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Lightweight brackets, housings, spacers, and test fixtures requiring stable machining and inspection.
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Optical mounts, laser housings, sensor brackets, and precision positioning components.
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Prototype housings, aluminum enclosures, buttons, connector parts, and compact internal brackets.
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Cooling plates, copper parts, power electronics housings, and energy storage fixtures.
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End-effector parts, machine vision mounts, sensor brackets, assembly fixtures, and conveyor hardware.
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Stainless steel instrument parts, diagnostic equipment components, sensor holders, and laboratory fixtures.
View IndustryComplex geometry, plates, housings, brackets, fixtures, pockets, slots, and precision features.
Explore CNC MillingShafts, bushings, spacers, sleeves, pins, and other round components.
Explore CNC TurningFlatness, thickness control, surface control, and contact faces that need additional review.
Explore GrindingFine features, profiles, internal geometry, and hard-to-machine details.
Explore EDMMachined sub-components, fixture sets, and practical assembly support where drawings require it.
Explore AssemblyAnodizing, passivation, plating, polishing, bead blasting, and finish coordination.
Explore Surface Finishing
Real workshop equipment used to support precision milled and turned components.
Production environment for prototype, small-batch, and repeat machining discussions.
Manufacturing support that starts with drawings, dimensions, materials, and inspection requirements.
Contact our engineering team to discuss your specific requirements.
Contact UsQuality planning starts with drawings, materials, dimensions, finish expectations, and inspection needs before machining begins.
| Industry | Typical Parts | Key Requirements |
|---|---|---|
| Semiconductor | Fixtures, plates, tooling | Flatness, hole position, burr control |
| Aerospace | Brackets, housings, test fixtures | Lightweight structures, inspection documentation |
| Optoelectronics | Optical mounts, laser housings | Alignment, surface finish, thermal control |
| Consumer Electronics | Enclosures, buttons, internal brackets | Cosmetic finish, fast prototyping |
| Emerging Energy | Cooling plates, copper parts, brackets | Thermal control, conductivity, batch consistency |
| Automation | End-effectors, vision mounts, fixtures | Repeatable positioning, assembly fit |
| Medical Instruments | Stainless parts, equipment components | Surface quality, clean edges, dimensional stability |
Share your 2D drawings, 3D CAD files, material requirements, quantities, tolerances, and surface finish needs. Our team will review your project and help determine a suitable machining approach.