Amid the global manufacturing upgrade, demands for sheet metal precision, efficiency, and customization are becoming increasingly stringent — and high-quality processing technology is the core guarantee for both product quality and cost control. As a trusted sheet metal manufacturer with over 10 years of expertise, we integrate 5 core processes (laser cutting, flexible stamping, precision bending, precision welding, and customized surface finishing) to deliver a full-cycle service from design, prototyping, mass production, inspection to delivery. Our technology-driven solutions have supported clients in new energy, medical, electronics & communications, engineering machinery, and other sectors, making us a long-term partner for many leading enterprises worldwide.
5 Core Processes: Solving Pain Points, Setting Quality Benchmarks
Laser Cutting
- Processes metal sheets (304/316 stainless steel, 6061/5052 aluminum alloy, cold-rolled steel, etc.) with thickness ranging from 0.5mm to 25mm, complying with ASTM/DIN standards.
- Boasts hole position accuracy of ≤±0.03mm and burr-free cutting edges, eliminating the need for secondary grinding.
- Efficiency is more than double that of traditional cutting methods.
- Generates processing paths directly from CAD drawings, accurately reproducing complex shapes and dense hole structures.
Flexible Stamping
- Breaks the limitation of traditional stamping’s reliance on specialized molds with quick mold change systems and universal mold bases.
- Mold change time reduced from 2 hours to 15 minutes, perfectly adapting to small-batch, multi-variety orders.
- Enables "72-hour design-prototyping-delivery" rapid response for auto hardware and electronic component brackets.
- Maintains a defect rate of ≤0.3% during mass production.
Precision Bending
- Customizes bending parameters for different materials (stainless steel, aluminum alloy, titanium alloy, etc.) with angle accuracy of ≤±0.1°, ensuring strong consistency in mass production.
- Supports complex multi-step bending; 3D models automatically plan bending paths to avoid workpiece interference.
- Reduced processing cycle by 35% for server chassis requiring 16 bending steps.
Precision Welding
- Integrates robotic TIG welding, laser welding, and CO2 shielded welding, selecting the optimal method based on product requirements.
- Laser cleaning removes surface oxides before welding; real-time monitoring ensures smooth, pore-free welds with 99.8% non-destructive testing (NDT) pass rate.
- Laser welding reduces weight by 20% and increases strength by 30% for key components like new energy battery trays, enhancing product range.
Customized Surface Finishing
- Offers a full range of solutions meeting ROHS/REACH environmental standards (no VOC emissions):
- Electrostatic spraying: Uniform coating with 720-hour salt spray resistance, suitable for outdoor equipment.
- Electropolishing: Removes burrs, meeting medical hygiene standards.
- Anodizing: Increases aluminum surface hardness by 3x, ideal for high-end electronic devices.
- Additional options: Electrophoresis, wire drawing, etc.
Industry-Specific Custom Solutions: Proving Process Strength
New Energy Sector
- Battery trays: "Laser tube cutting + scratch-free bending + laser welding" integrated process, using high-strength aluminum alloy for lightweight design and passing rigorous strength tests.
- Charging pile enclosures: "CNC stamping + electrostatic spraying" with excellent weather resistance, adapting to extreme temperatures from -40℃ to 85℃.
- Trusted by 3 leading new energy vehicle and charging pile manufacturers.
Medical Sector
- Uses 304/316 food-grade stainless steel, with electropolishing after laser cutting, scratch-free bending molds, and TIG welding.
- Fully compliant with ISO13485 medical quality management system and FDA guidelines.
- Delivers burr-free, scratch-free products that can be directly disinfected and cleaned, serving as a designated supplier for multiple medical device manufacturers.
Electronics & Communications Sector
- Server chassis and communication cabinets: "Precision bending + multi-process assembly" realizing integrated processing of heat dissipation holes and threaded holes.
- Ensures high assembly accuracy and increases heat dissipation efficiency by 35%.
3 Core Values for Your Partnership
- Cost Optimization: Reduces raw material waste by 15%, labor costs by 25%, and overall production costs by 40% through process synergy and smart equipment.
- Efficiency Enhancement: Prototyping in as fast as 24 hours; mass production lead time 30% shorter than industry average; 72-hour delivery for small-batch orders.
- Quality Assurance: Multi-layer inspection (coordinate measuring machine, AI visual inspection) ensures a pass rate of ≥99.5%, backed by quality warranty services.
Ready to Start Your Project?
Upload your 2D/3D drawings (AutoCAD, SolidWorks, STEP files) via our website form to get:
✅ Free customized process plan & quote within 24 hours
✅ Dedicated engineer support for technical consultation
✅ Rapid prototyping and flexible production solutions
We’re committed to turning your designs into high-quality products with precision, efficiency, and cost savings you can trust.

