Optical Equipment Structural Components | Precision CNC Machined Parts for Optical and Photonics Sys
Product basic information:
Part name: Optical Equipment Structural Components
Material: Aluminum 6061
Surface treatment: Black powder coating
MOQ: Small order accept.
Delivery time: Sample 5-7 days;bulk production about 25-30 days.
Quality control: 100% inspection before shipping.
Shipping port: Shenzhen,Shanghai.
Shipping way: By air/by sea/by train or by express.
Package: Normal packing or OEM packing.
Payment terms: By T/T.
Product other information:
| Item | Specifications & Capabilities |
| Product Name | Optical Equipment Structural Components |
| Material Available | Aluminum 6061, 6063, 7075, 5052, etc. |
| Machining Process | 3/4/5-Axis CNC Milling, CNC Turning, Drilling, Tapping |
| Tolerance | ±0.01mm to ±0.005mm(Customizable) |
| Surface Finish available | Bead Blasting, Anodizing (Hard/Clear/Black), Electrophoresis, Laser Engraving etc. |
| Application Industry | Medical devices,Robotics, Laser equipments,Semiconductors, Consumer electrical and Automation industry/ |
| Drawing Formats | STEP, IGES, DXF, DWG, PDF |
Optical Equipment Structural Components
Precision CNC machined structural components for optical instruments, machine vision systems, laser equipment, optical inspection machines and photonics applications.
At ZHC Precision, we manufacture custom optical equipment structural components from prototype to production quantities. Our experience covers lens mounts, optical housings, alignment brackets, mounting plates, support frames and other critical mechanical parts used in high-precision optical systems.
Typical Components We Manufacture
Lens Housing
Optical Lens Mount
Optical Base Plate
Alignment Bracket
Optical Support Frame
Camera Module Housing
Laser Equipment Components
Optical Instrument Parts
Machine Vision Components
Photonics Equipment Parts
Manufacturing Capabilities
Our workshop is equipped with CNC machining centers, CNC turning machines, Swiss lathes and multi-axis machining equipment capable of producing complex optical equipment components with stable quality.
Typical requirements include:
Tight tolerance machining
High flatness mounting surfaces
Precision hole positioning
Multi-side machining
Small batch production
Prototype development
