lens barrel machining
Found 46 Products
Telephoto Lens Barrel Large Diameter Precision CNC Turned 0.01mm Fit Grade Part
Turn-mill compound machining telephoto lens barrel housing. Large diameter precision with +/-0.01mm tolerance. ISO 9001 certified.
Optical Lens Barrel Housing 5-Axis CNC Precision Machined 0.01mm Repeatability
Custom CNC machined optical lens barrel housing for camera and lens systems. 5-axis precision machining with +/-0.01mm tolerance. ISO 9001 certified.
Lens Barrel Machining Turn-Mill Compound 6061 Aluminum 0.01mm Precision Fit
Turn-mill compound machining optical lens barrel housing. Single-setup precision with +/-0.01mm tolerance. ISO 9001 certified.
Large Aperture Telecentric Lens Barrel 6061 Aluminum Custom 0.01mm Tolerance
Custom 6061 aluminum large aperture telecentric lens barrel with ±0.01mm tolerance. Turn-mill CNC machining ensures micron-level coaxiality and uniform anti-glare threads to eliminate stray light. Stress relief aging prevents deformation. Supports custom post-treatment and flexible production from prototypes to mass orders.
Hard Anodized Lens Barrel Support Aluminum Curved Housing 5-Axis CNC Machined
5-axis CNC expert specializing in aluminum optical instrument lens barrel supports with complex curved housings, multi-angle holes, and hard anodized finish. Features ±0.01mm precision, Type III hard anodizing for 60-70 RC hardness, and full ZEISS CMM inspection. Custom designs for industrial optical instruments, measurement equipment, and machine vision systems.
Multi-Step Optical Lens Barrel 6061 Aluminum Combined Turn-Mill Machined 0.01mm
We are professional CNC manufacturer for 6061 aluminum multi‑step optical lens barrel. Combined turning & side‑milling process, ±0.01mm precision guarantees lens concentricity. Prototype‑to‑mass production available, send drawings for custom quote.
Optical Lens Barrel Step Sleeve Bracket 6061 Alloy CNC Precision Machined 0.01mm
CNC precision machined optical lens barrel/step sleeve bracket from 6061 aluminum alloy. Turn-mill composite processing achieves ±0.01mm tolerance, high coaxiality, and mirror surface finish. Custom mounting holes, optional anodizing, supports prototype to mass production.
CNC Machined Parts 6061 Aluminum Anodized Optical Lens Barrel 0.01mm Concentricity
CNC machined 6061-T6 aluminum optical lens barrels with 0.01mm bore concentricity, verified on mandrel and CMM. Turn-mill 5-axis process holds thin walls from 1.0mm, milled M8-M80 threads at 0.02mm, Ra 0.4-0.8, black/clear anodizing 10-25um. Prototypes in 7-10 days; dimensional report and anodizing records included.
Camera Lens Housing Kit FA Industrial 6061 Aluminum Black Hard Anodized 0.01mm
CNC machined FA industrial lens housing kit made from 6061 aluminum with brass spacers. Features precision CNC turning for superior concentricity (±0.01mm tolerance), fine optical threads, black hard anodizing for anti-reflection, and dust-free cleaning. Ensures optimal imaging quality for machine vision, automation, and optical applications.
Optical Components 6061 7075 Aluminum Natural Black Anodized CNC Machined 0.01mm
Precision manufacturing to +/-0.01mm tolerance with high surface finish. Materials include aluminum 6061/7075 with natural or black anodized finish. From prototype to mass production for microscope, telescope, camera, and industrial vision systems. ISO9001:2015 certified.
Optical Lens Base 6061 Aluminum Adjustable Focus Micron-Level CNC Machined 0.01mm
Industrial camera lens mount base precision CNC machined from 6061 aluminum alloy. Features micron-level precision (±0.002mm repeatability), integral forming, adjustable focus slots, and optical-grade surfaces. Supports custom sizes, 5-axis machining, and anti-reflection anodizing for distortion-free machine vision imaging.
Oxygen-Free Copper RF Amplifier Cooling Cavity 5G 5-Axis CNC Machined 0.01mm
Professional 5G/6G RF power amplifier copper cooling cavity with ±0.01mm precision 5-axis CNC machining. Oxygen-free copper offers superior thermal conductivity for high-power telecom equipment. ISO 9001 certified, supports prototypes to mass production with custom sizes and surface treatments.
