China CNC AluminumMounting Bracket Factory
Leveraging 15+ years of engineering expertise, we simplify your supply chain by delivering production-grade components at market-leading speeds.
- Tight tolerance up to 0.002mm
- Comprehensive Surface Treatments
- Prototype to Mass Production（No MOQ）
- Expert Technical Engineering Support
- Quote within 3 hour
- 1-15 days lead time
- STEP/IGESaccepted
- ISO 9001
- HOW WE WORK WITH YOU
From Prototype to Mass Production
From early-stage prototypes to repeat production, we support your engiheers andequipment manufacturers with flexible CNC machining solutions for aluminum mountingbrackets and precision structural components.
PROCESS FLOW
4 STAGES – FROM DRAWING TO DELIVERY
- ENGINEERING
Pre-Production Gate
Just upload your 2D/3D drawings, and our engineering team will provide rapid feedback to streamline your development cycle.
- 1 hour reply
- PROTOTYPE
Rapid Prototype Machining
Providing 3 to 5-axis CNC milling and rapid turning support to validate your most complex functional prototype.
- 1 - 7 days
- INSPECTION
Dimensional Verification
Implementing rigorous inspection procedures and CMM reports for every critical dimension to ensure performance.
- Report on request
- PRODUCTION
Low-Volume Output
Delivering reliable manufacturing support for your repeating small-batch projects and high-precision terminal industrial components.
- No MOQ
Quality Control &Dimensional Inspection
For mounting brackets used in your automation and industrial equipment, dimensional consistency directly affects assembly performance. Inspection procedures are integrated throughout machining and finishing to improve your repeatability and reduce assembly issues.
PART-01
INSPECTION LAB
- CMM INSPECTION
Dimensional Inspection for Assembly Accuracy
Critical dimensions such as hole positions, flatness, mountingsurfaces, and threaded features are inspected to improve yourassembly consistency in automation equipment applications.
- Hole position & pitch tolerance check
- Flatness verification on mounting surfaces
- Thread fit verified with go / no-go gauges
- Surface finish & appearance inspection
- Inspection reports can be provided based on your project requirements.
PART-02
4 INSPECTION FOCUS AREAS
Four checkpoints we run on every batch
Hole Position Verification
Verifying critical mounting hole locations to eliminate assembly deviations and significantly improve your installation repeatability.
Flatness & Deformation Control
Monitoring flatness and structural integrity during machining to prevent thin-wall warping and ensure stable equipment fitment.
Surface finish
Inspecting surface roughness and aesthetic consistency to ensure every component meets your high-end industrial design standards.
Thread fit verified
Validating thread depth and pitch accuracy after finishing to ensure seamless bolt integration without any galling or loose fit.
CNC Machining Capabilities
From prototype machining to low-volume production, SecRapid’s CNC process is designed for precision aluminum brackets used in your automation systems and industrial equipment.
PART 01
PROCESS CAPABILITIES
Two core processes covering your needs
Precision CNC Milling
Expert 3-axis and 5-axis milling for complex parts, fixture plates, and housings with tight tolerances.
Precision CNC Turning
High-speed CNC turning for precision shafts, pins, and cylindrical components with high surface finishes.
PART 02
DATASHEET
Typical Machining Specifications
Reference values for standard aluminum bracket projects. Customspecs supported on request.
| MATERIAL | Aluminum, Titanium, Steel, Plastic |
| TOLERANCE | +/-0.005mm |
| MOQ | 1 piece |
| LEAD TIME | 3 – 7 days (prototype) |
| SURFACE FINISH | Ra 3.2 （default） |
| DRAWING FORMAT | STEP / STP / IGS / PDF |
Need a tighter tolerance, different alloy, or special finish? Send your drawing for engineering review
- WHAT WE SOLVE
Common Challenges in CNC Manufacturing
For automation equipment and industrial assemblies, dimensional accuracy andassembly consistency matter more than appearance. SecRapid focus on the machining details that directly affect your installation, rigidity, and long-term performance.
Hole Position Accuracy
We eliminate hole position deviations that cause assembly misalignment, ensuring your automated systems maintain perfect synchronization during operations.
- Validating true position and flatness for repeatable assembly.
Anodizing Dimension Changes
Proactively calculating anodizing layer thickness into our pre-machining tolerances to guarantee that size after finishing.
- Machining compensationapplled before anodizing to keepits clean
Prototype Orders & TightDeadlines
Many of your projects start fromsmall prototype quantities withurgent lead times, where most largefactories will not accept the order.
- Rapid CNC for prototype andlow-volume runs without highMOQ.
Bracket Rigidity &Deformation
Thin-wall aluminum brackets candeform during machining or undervibration, causing fitment problemson your equipment
- Toolpath strategy and structuralsupport tuned for stability.
- WHY ENGINEERS CHOOSE US
Flexible Support for Engineering Projects
Whether you’re validating a new prototype or scaling repeat orders, we adapt the way we work to fit your project- not the other way around.
Low MOQ Support
Allows for prototype quantities starting from a single piece, with no bulk commitment needed to validate your design.
Fast Turnaround
Typical prototype lead time is 3 to 7 working days, helping you stay on schedule.
Engineering Communication
Provides drawing review and machining feasibility discussions before quoting to prevent surprises later.
Stable Repeat Production
Features a consistent machining process with locked toolpaths for repeat orders and low-volume batches.
- Engineering detail
Engineering Challenges in CNC Machining
Precision CNC machining presents a lot of engineering challenges, particularly when dealing with intricate geometries and tight tolerance requirements. Maintaining dimensional consistency and surface integrity across complex production runs is critical.
- CMM INSPECTION
CH-01
MOST CRITICAL
Hole Position Accuracy
For automation assemblies, even small hole deviations can affect your installation
alignment and repeatability. A 0.05mm offset on a single mounting hole can meanmisaligned shafts, jammed slides, or rework on the assembly line.
HOW WE SOLVE IT
In-Machine Probing: Integrated touch probes verify hole coordinates in real-time to prevent any offset.
CH-02
MOST CRITICAL
Anodizing Dimension Changes
Proactively calculating anodizing layer thickness into our pre-machining tolerances to guarantee that size after finishing.
HOW WE SOLVE IT
We calculate the precise growth of the oxide layer and adjust our CNC machining dimensions accordingly to ensure perfect final sizes.
- CMM INSPECTION
- CMM INSPECTION
CH-03
MOST CRITICAL
Prototype Orders & Tight Deadlines
Many of your projects start from small prototype quantities with urgent lead times, where most large factories will not accept the order.
HOW WE SOLVE IT
We bypass the complex setup of large factories, prioritizing speed and engineering agility to meet your urgent schedule.
CH-01
MOST CRITICAL
Rigidity & Deformation
Thin-walled or slender parts are highly prone to deformation during machining due to cutting forces and thermal stress, resulting in dimensional deviations. This directly affects the fitting accuracy and long-term stability of key components.
HOW WE SOLVE IT
Positional tolerance controlled through precision CNC machining and CMM dimensional inspection on every batch.
- CMM INSPECTION
Why engineers & equipment manufacturers work with us
Leveraging high-precision CNC machining technology and DFM engineering support, we serve as a core partner for global engineers and equipment manufacturers to achieve precise delivery of complex parts.
Engineering-Focused Communication
Your drawings and machining requirements are reviewed before production to reduce assembly issues and machining risks.
Support is available for STEP files, tolerance discussion, and prototype feasibility review.
- STEP / PDF / IGES
- Telerance Review
- Feasilty Check
Experience in Industrial Applications
Our CNC aluminum brackets are widely used in your automation systems, robotics equipment, motion assemblies, and industrial machinery structures
Machining processes are adjusted according to your installation and application requirements.
- Aotomation Systems
- Robotics
- Motion Control
- Industrial Machinery
- START YOUR PROJECT
Ready to work with a CNC partner who reads drawings carefully?
Send your file. Get pricing, lead time & engineering feedback.
Whether you’re at prototype stage or scaling to repeat production, share your STEP.DXF, or IGES file and our engineer will reply within 1 hour.
Diverse Industries We Serve
Our CNC machining expertise extends across various sectors,including Aerospace & Defense, Automotive, Electronics, Energy, and Medical cnc machining services. Each industy benefits from our precise and reliable manufacturing capabilities, partcularly in producing safety-crititcal components. WorldwideShipment available by our online cnc machining services china.
- WHAT WE SOLVE
CNC Aluminum MountingBracket Solutions
Custom CNC machined aluminum brackets designed for your automation systems,robotics equipment, motion control assemblies, and industrial machinery applications.
INDUSTRIAL AUTOMATION
Automation Equipment MountingBracket
Used for structural positioning and componentmounting in your industrial automation systemswhere dimensional accuracy is non-negotiable.
- Material
- Finish
- Tolerance
- Application
- Aluminum 6061-T6
- Black Anodizing
- ±0.01mm
- Industrial Automation
INDUSTRIAL AUTOMATION
Automation Equipment MountingBracket
Used for structural positioning and componentmounting in your industrial automation systemswhere dimensional accuracy is non-negotiable.
- Material
- Finish
- Tolerance
- Application
- Aluminum 6061-T6
- Black Anodizing
- ±0.01mm
- Industrial Automation
INDUSTRIAL AUTOMATION
Automation Equipment MountingBracket
Used for structural positioning and componentmounting in your industrial automation systemswhere dimensional accuracy is non-negotiable.
- Material
- Finish
- Tolerance
- Application
- Aluminum 6061-T6
- Black Anodizing
- ±0.01mm
- Industrial Automation
INDUSTRIAL AUTOMATION
Automation Equipment MountingBracket
Used for structural positioning and componentmounting in your industrial automation systemswhere dimensional accuracy is non-negotiable.
- Material
- Finish
- Tolerance
- Application
- Aluminum 6061-T6
- Black Anodizing
- ±0.01mm
- Industrial Automation
INDUSTRIAL AUTOMATION
Automation Equipment MountingBracket
Used for structural positioning and componentmounting in your industrial automation systemswhere dimensional accuracy is non-negotiable.
- Material
- Finish
- Tolerance
- Application
- Aluminum 6061-T6
- Black Anodizing
- ±0.01mm
- Industrial Automation
INDUSTRIAL AUTOMATION
Automation Equipment MountingBracket
Used for structural positioning and componentmounting in your industrial automation systemswhere dimensional accuracy is non-negotiable.
- Material
- Finish
- Tolerance
- Application
- Aluminum 6061-T6
- Black Anodizing
- ±0.01mm
- Industrial Automation
- COMMON QUESTIONS
Frequently Asked Engineering Questions
Answers to the most common questions engineers ask before placing a CNC aluminumbracket order. Don’t see yours? Send your drawing – we’ll reply within 1 hour