Mounting Hardware Set With Optical Bracket Pair and Aluminium Construction

Mounting Hardware Set With Optical Bracket Pair and Aluminium Construction
Product Name Mounting Hardware Set With Optical Bracket Pair and Aluminium Construction
Keyword --
Category Machining (CNC Milling & Milling)
Material Aluminium
Price Range --
Capacity --
Minimum Quantity --
Process: Machining, Fabrication
Region: Shanghai, China
Certification: ISO 9001, ISO 9001
Industry: Agricultural Machinery, Animal Husbandry Equipments, Military Industries, Electricity Generation Equipment, Semiconductor, Industrial Design & Engineering Services, OEM Manufacturing, Industrial Ovens and Furnaces, Automation Industry, Machinery & Equipments Manufacturing, Internal Combustion Engine, Pump, Valve, Compressors & Vacuum Equipments, Robotics Industry, Medical Equipment, Printing Industry, Hydropower Industry, Aerospace Industry, Drones Industry, Shipbuilding Industry, Elevator and Escalator
Factory Size: 10,000-30,000 ㎡
Type: Job Shop/Contract Manufacturer
Employees: 101-200
Main Market: China, North America, Europe, Japan & Korea, Middle East
Turnover: $7,500,001 - 12,000,000

Product Introduction

Optical bracket pair is available with rigid aluminium construction to maintain stable geometry across batches. The coordinated brackets are supplied as a matched set so alignment stays consistent as you move from prototype to repeat builds. This helps the optical bracket pair locate lenses or sensors repeatably within your equipment. For this build, we hold your primary diameter range, control tolerance band, and surface finish as primary controlled parameters across both brackets. Share a 3D model if the bracket geometry includes complex reliefs around optical paths or housings, and annotated drawing details let us secure datum structures and spacing between the paired brackets. Our ISO 9001–certified machining centers support precision bracket production to maintain repeatable geometry across batches. Pricing is influenced by material class, batch size, and the tightness of controlled features. Both cost and schedule reflect part complexity, inspection scope, and stability of the released revision.