CNC Milled Machine Brackets
High-strength CNC milled machine brackets with precision mounting surfaces, reinforced structures and custom geometries for industrial machinery and automation systems.
Quick Info:
- Material: Aluminum 6061 / 7075 / Steel / Stainless Steel
- Process: CNC Milling
- Tolerance: ±0.05 mm
- Surface Finish: Anodizing / Bead Blasting / Zinc Plating
- Custom Features: Ribs / Pockets / Mounting Holes
- Geometry: 2D & 3D Custom Machining
- MOQ: 1 Piece
- Lead Time: 5–12 Working Days
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Detailed Description
CNC milled machine brackets are structural components designed to connect, support and position mechanical assemblies under static or dynamic loads. Typical parts include motor brackets, sensor brackets, actuator supports, frame connectors and equipment mounting arms.
Compared with basic sheet-metal brackets, CNC milled brackets can incorporate thicker cross-sections, machined reference faces, precision bores and complex three-dimensional geometries. Materials such as 6061-T6, 7075 aluminum, carbon steel and stainless steel can be selected according to load, weight and operating environment.
Ribs, gussets, relief pockets and reinforced mounting areas can be integrated into the design to balance stiffness and overall component weight.
Available Surface Finishes
- As-Machined: Suitable for internal machinery applications.
- Bead Blasting: Creates a consistent technical appearance.
- Black Anodizing: Common for aluminum machine brackets.
- Hard Anodizing: Improves durability at contact and mounting surfaces.
- Zinc Plating: Available for carbon steel brackets.
- Passivation: Improves corrosion resistance of stainless steel components.
Structural & Functional Breakdown
- Reinforced Rib Structure: Improves bracket rigidity around high-load areas.
- Precision Mounting Faces: Provides stable reference surfaces for machinery assembly.
- Weight-reduction Pockets: Remove unnecessary material without compromising key load paths.
- Threaded Interfaces: Integrated threads simplify equipment installation.
- Multi-axis Geometry: Allows mounting points to be positioned on different planes.
Key Features
- High Structural Rigidity: Suitable for load-bearing machine assemblies.
- Precision Mounting Geometry: Helps maintain component positioning and alignment.
- Weight Optimization: Pocket milling can reduce unnecessary material.
- Complex 3D Machining: Supports angled surfaces and multi-directional mounting features.
- Multiple Metal Options: Aluminum, steel and stainless steel available.
- Custom Production: Manufactured according to mechanical drawings and CAD models.
Applications
- CNC Machinery
- Automation Systems
- Motor Mounts
- Robotics
- Conveyor Equipment
- Industrial Sensors
- Actuator Supports
- Machine Frames
