Laser Cutting Metal Parts
-- Steady & Reliable Manufacturer --
Yuyao Hongli Optoelectronics Co., Ltd. is a premier OEM manufacturer of Laser Cutting Metal Parts, delivering high-precision flat blanks, intricate profiles, perforations, and custom sheet metal components. Situated in Yuyao, Zhejiang, our modern 5,000-square-meter facility is equipped with high-power 3000W to 12000W CNC fiber laser cutting systems, exchange-table laser cutters, and automated tube lasers. We process stainless steel, carbon steel, aluminum, brass, copper, and galvanized steel sheets up to 25.0mm in thickness. Fiber laser cutting provides extreme narrow kerf widths, minimal heat-affected zones (HAZ), smooth burr-free edges, and rapid setup without expensive die tooling. Depend on Yuyao Hongli for rapid prototyping, high-speed production runs, and direct-factory contract manufacturing.
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Stamped circular parts with holes
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Stamped square parts with holes
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Stamped ultra-thin parts
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Stamped small square parts
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Stamped miniature parts
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Stamped bendable strip-shaped parts
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Square-shaped precision machined stamped parts
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Stamped chassis parts
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Circular stamped parts with a central hole
Equipment and process capabilities
From mold design to batch stamping, we cover production needs of different tonnages and precision levels.
- 01
High-Power 2D Sheet Laser Cutting
Utilizing high-wattage CNC fiber lasers with oxygen/nitrogen assist gases, we cut complex profiles across thin-to-heavy gauge sheet metals with clean edges and zero dross.
- 02
Precision CNC Tube & Pipe Laser Cutting
Automated 3D tube lasers cut, notch, slot, and bevel round, square, and rectangular metal tubes in a single continuous automated setup.
- 03
High-Speed Micro-Perforation & Fine Contouring
We execute ultra-fine hole drilling, micro-mesh patterning, and intricate decorative lattice cutting with high pitch accuracy across reflective metals.
- 04
Tool-Free Rapid Prototyping
Fiber laser cutting eliminates expensive hard tooling lead times, allowing instantaneous conversion of DXF/CAD files into physical metal prototypes.
SPEC · Overview of Key Equipment Parameters
| Equipment Type | Tonnage / Specification | Machinable Material | Typical Processing Thickness |
|---|---|---|---|
| High-Power CNC Fiber Laser Cutter | 6000W - 12000W Fiber Laser | Carbon Steel, HSLA Steel, Stainless Steel | 0.5mm - 25.0mm Plate Metal |
| Precision Exchange-Table Laser | 3000W - 4000W CNC Fiber Laser | SUS304/316, Aluminum, Brass, Copper | 0.2mm - 12.0mm Sheet Metal |
| Automated CNC Tube Laser Cutter | 3D Rotary Tube Laser System | Round, Square, Rectangular Metal Tubes | 脴 15mm - 脴 220mm Tube Stock |
| High-Frequency Edge Deburring Machine | Automated Conveyor Deburring Unit | Laser Cut Metal Plates & Blanks | Mass Edge Rounding & Dross Removal |
Full-process quality control system
From incoming material inspection to full outgoing inspection, key processes are equipped with inspection points to ensure batch consistency.
Laser Contour & Hole Diameter Inspection
Ensuring absolute geometric fidelity across intricate laser-cut blanks.
- 2D high-resolution optical profile projectors checking hole diameters, slot widths, and cut profiles.
- 3D Coordinate Measuring Machine (CMM) inspecting spatial hole patterns against CAD models.
- Go/No-Go plug gauge checking for 100% inspection of critical mounting hole arrays.
Cut Edge Quality & Dross Audit
Verifying smooth edge roughness and absence of slag or heat distortion.
- Edge roughness measurement (maintaining clean cut edges per ISO 9013 standards).
- Microscopic inspection of Heat-Affected Zone (HAZ) depth on heat-sensitive alloys.
- Laser profilometer checking across broad cut sheets to verify thermal flatness.
Material Grade Verification & Coating Audit
Confirming metal composition and surface finish quality prior to shipment.
- XRF Spectrometer (PMI) analysis to verify raw metal chemistry (Stainless, Aluminum, Copper).
- XRF thickness verification for powder coating, e-coating, or zinc electroplating.
- Neutral Salt Spray (NSS) corrosion testing per ASTM B117.
Surface treatment process
Depending on the usage environment and appearance requirements of the parts, we offer anti-corrosion, wear-resistant, or decorative surface treatment solutions.
| Finishing Process | Applicable Material | Primary Function | Typical Application |
|---|---|---|---|
| Nitrogen Assist Clean Edge Cutting | 300, 400 Series Stainless Steel, Aluminum | Prevents edge oxidation during cutting, leaving bright weld-ready and paint-ready edges | Food grade equipment, medical housings, architectural trims |
| Electrostatic Powder Coating | Carbon Steel, Hot-Rolled Steel, Aluminum | Provides a thick, durable, scratch-resistant, weather-proof protective barrier | Outdoor machinery guards, equipment frames, electrical boxes |
| Trivalent Zinc Plating | Cold-Rolled Carbon Steel Blanks | Offers economical rust prevention with a smooth metallic shine | Internal automotive plates, mounting flanges, structural clips |
| Automated Edge Rounding / Deburring | All Laser Cut Metals | Smooths sharp laser-cut top/bottom edges for safe handling and paint adhesion | Enclosure panels, mounting brackets, structural plates |
Main application areas
Our products are widely used in industries that require high structural strength and precision consistency.
Industrial Machinery & Heavy Equipment
Heavy-gauge laser-cut steel plates engineered for high load-bearing industrial structures.
- Heavy machine frame side plates and mounting flanges
- Agricultural machinery wear plates and guard covers
- Crane boom reinforcement plates and pivot brackets
Architectural & Decorative Metalwork
Intricate decorative laser-cut metal panels and structural building components.
- Architectural facade screens, room dividers, and sunshades
- Custom laser-cut stainless steel stair railings and gates
- HVAC decorative ventilation grilles and cover plates
Electronics, Automotive & Prototype Manufacturing
Rapid tool-free laser-cut blanks built for fast-turnaround assembly lines.
- Automotive chassis brackets and prototype body panels
- Electrical junction box sub-mounting plates
- Custom heat sink spreader plates and enclosure covers
Factory production advantages
With its own factory and equipment, the company ensures stable delivery times and controllable costs.
20+ Years of Laser Cutting Mastery
Yuyao Hongli brings deep technical experience in CNC nesting, laser parameter optimization, and heat-distortion control.
High-Power 12000W Fiber Laser Equipment
Our facility operates 12kW fiber lasers capable of cutting heavy steel plates up to 25mm thick with speed and precision.
Tool-Free Efficiency & Rapid Turnaround
Direct CAD-to-laser processing eliminates expensive hard die tooling costs, delivering sample parts in as fast as 24 hours.
Customized production process
From receiving drawings to batch delivery, standardized processes ensure traceability at every stage.
1. CAD File Review & Smart Nesting
Engineers analyze 2D/3D CAD files (DXF/DWG/STEP), optimize cutting paths, and perform automatic nesting for maximum sheet utilization.
2. Material Loading & Laser Parameter Calibration
Metal sheets undergo PMI material verification and are loaded onto exchange tables; laser focal length and gas pressures are set.
3. High-Speed Fiber Laser Cutting
High-wattage fiber lasers cut flat blanks or tubes at high speed, utilizing nitrogen or oxygen assist gas for optimal edge quality.
4. Automated Deburring & Edge Rounding
Cut parts pass through automated conveyor deburring machines to eliminate sharp edge burrs and dross.
5. Secondary Bending, Coating & Packaging
Parts move to press brake bending, powder coating, or plating as required, pass 100% optical checks, and are shipped worldwide.
Frequently Asked Questions
Here are some questions that clients often ask before cooperating with us.
What is the maximum metal thickness Yuyao Hongli can laser cut?
Our 12000W fiber lasers can cut carbon steel up to 25.0mm, stainless steel up to 20.0mm, and aluminum up to 16.0mm in thickness.
What is the advantage of fiber laser cutting over traditional stamping tooling?
Fiber laser cutting requires no hard die tooling, allowing instant production setup from CAD files, easy design modifications, zero tooling cost, and ultra-fast lead times.
Does laser cutting cause heat distortion or micro-cracks on edges?
Fiber lasers feature a very tight focal beam and narrow heat-affected zone (HAZ), preventing thermal warping and leaving clean, crack-free edges.
Can you cut highly reflective metals like copper and brass?
Yes, our advanced fiber lasers easily cut reflective metals such as pure copper and brass without back-reflection damage.
Relying on a 5,000-square-meter modern factory and multiple stamping workshops, the company has built a diversified product system. Its core businesses cover the manufacturing, processing and wholesale and retail of educational instruments, optical instruments, household electric heaters, small household appliances, auto parts, hardware and plastic products, etc. At the same time, it operates and acts as an agent for the import and export trade of goods and technologies, and its products are sold at home and abroad.
The company brings together industry management elites and senior engineers to form a mature R&D and management team. Adhering to the business philosophy of "integrity and pragmatism," it is committed to providing customers with high-quality products and comprehensive after-sales service. Leveraging its diversified portfolio, certification guarantees, and import/export advantages, the company actively expands cooperation both domestically and internationally, and is willing to establish long-term and stable trade partnerships with partners from all sectors, continuously striving forward in the wave of intelligent and high-end development in the manufacturing industry.
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