Aluminum Sensor Brackets

Aluminum Sensor Brackets are CNC machined mounting components used for sensor positioning, fixing, and mechanical integration in industrial equipment.
Parts are manufactured from aluminum alloys such as 6061, 6063, and 7075 according to engineering drawings, CAD models, or samples. Typical machining features include mounting holes, threaded holes, locating surfaces, slots, pockets, and connection interfaces.
Custom bracket dimensions, hole patterns, surface finishes, and structural designs are produced according to equipment assembly requirements.

 

 

Sensor Mounting Interface
The mounting area is machined to match sensor dimensions and installation positions. Hole locations and contact surfaces are controlled to support accurate assembly.
Positioning Features
Locating surfaces, alignment holes, and reference points can be integrated into the bracket design to improve installation consistency.
Mechanical Connection
Threaded holes, counterbores, slots, and fastening structures are machined according to the connection method of the equipment.

 

 

6061 Aluminum Alloy
Used for general sensor bracket applications requiring balanced strength, machinability, and corrosion resistance.
6063 Aluminum Alloy
Suitable for lightweight structures where surface appearance and finishing requirements are considered.
7075 Aluminum Alloy
Selected for bracket designs requiring increased mechanical strength and rigidity.

Material	Typical Tensile Strength	Density	Common Use
6061-T6	290-310 MPa	2.70 g/cm³	General equipment mounting
6063-T5	185-220 MPa	2.70 g/cm³	Lightweight structures
7075-T6	510-570 MPa	2.81 g/cm³	Higher strength brackets

 

 

Precision Milling
CNC milling processes create bracket profiles, mounting surfaces, pockets, and functional structures based on part drawings.
Hole and Thread Processing
Mounting holes, threaded holes, counterbores, and clearance holes are machined according to required dimensions and assembly specifications.
Multi-Surface Machining
Different surfaces can be processed within controlled machining procedures to maintain relationships between mounting points and reference surfaces.

 

 

Anodizing
Provides surface protection and improves resistance against wear during equipment operation.
Powder Coating
Applied when additional surface protection or specific appearance requirements are required.
Painting and Plating
Available for applications requiring different surface characteristics.

Surface Treatment	Typical Thickness
Anodizing	5-25 μm
Powder Coating	60-120 μm
Painting	30-80 μm

 

 

Parameter	Specification
Material	Aluminum 6061, 6063, 7075
Manufacturing Process	CNC milling, drilling, tapping, pocket machining
Typical Part Size	20-500 mm
Standard Machining Tolerance	±0.05 mm
Fine Tolerance Range	±0.01-0.03 mm according to design requirement
Thread Processing	Metric and inch threads
Surface Finish	Anodizing, powder coating, painting, plating
Production Quantity	Prototype, small batch, production volume

 

 

Drawing Review
Engineering review checks material requirements, machining features, tolerance information, and production processes before manufacturing.
Dimensional Inspection
Critical dimensions including mounting positions, hole locations, thickness, and interface surfaces are inspected according to technical drawings.
Production Traceability
Manufacturing records and inspection information can be maintained for repeat orders and project tracking.

 

 

Industrial Automation Equipment
Used for sensor installation in automated machines, control systems, and inspection equipment.
Mechanical Assemblies
Applied in equipment requiring stable sensor positioning and compact aluminum mounting structures.
Measurement Systems
Suitable for devices where sensor alignment and repeatable installation are required.

 

 

Drawing-Based Production
Production follows customer drawings, CAD files, or samples to manufacture application-specific sensor brackets.
Prototype Validation
Prototype production supports design checking, assembly verification, and engineering evaluation.
Repeat Production
Manufacturing processes support consistent production for recurring component requirements.

 

 

Material Selection
The aluminum alloy is selected according to strength requirements, weight targets, machining conditions, and operating environment.
Design Compatibility
Clear information about mounting positions, hole patterns, tolerances, and assembly interfaces helps ensure component compatibility.
Manufacturing Capability
A suitable supplier should provide machining experience, inspection control, engineering communication, and stable production processes.

 

 

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