A: We are an ISO9001-certified factory, and we undergo an ISO9001 certification audit annually. If you need a certificate, please contact us.

Our laser cutting machines can process materials like aluminum alloy, stainless steel, carbon steel, galvanized sheet, copper, etc. If you have special materials, please communicate with us and we will assist you in completing the task. Please contact us.

Our laser cutting precision is generally around ±0.1mm (±0.004 inches). If you require higher precision, we can perform secondary processing, such as using surface grinding or CNC machining to ensure higher precision.

Our laser cutting machines can cut sheet material with thicknesses from 0 to 20mm. If you need thicker material cut, you can contact us, and we have other methods to cut thick plates, such as plasma cutting, flame cutting, etc. Our laser tube-cutting machines can cut tube materials up to 8mm thick and can cut various shapes and angles. If you need this, please contact us.

Certainly, in addition to laser cutting, we also offer bending, stamping, welding, riveting, assembly, surface treatment, CNC machining, and stamping die manufacturing among other processing services. There is always a service that suits you.

Yes, we conduct internal polishing, silk-screening, plastic spraying, and other surface treatments. We have cooperative surface treatment factories.

for other treatments such as oxidation, electroplating, and sandblasting.

Our company has professional designers and engineers who can assist you in completing the design of precision laser cut parts, perfecting design dimensions, improving process efficiency, reducing processing costs, and shortening lead times.

Generally, we supply materials for precision laser cut parts, such as aluminum, stainless steel, zinc alloy plates, etc., and we have a stock of standard-thickness materials to save on raw material procurement time. Our materials come with material certification reports, and we test each batch to ensure they meet the mechanical properties, chemical composition, weldability, dimensional stability, corrosion resistance, and thermal performance required for precision laser cutting parts. If you prefer to supply your materials, as long as they meet our quality requirements, you can send them to us.

Generally, our laser cutting machines can only cut stainless steel, aluminum alloy, zinc alloy plates, etc. If you need to cut precision materials like brass, copper, and titanium alloys, a specific laser cutting machine (fiber laser cutter) is needed, and we can also help you cut these materials. You can send us your drawings. Contact us.

A: We ensure it by following the below strategy;

1. Incoming Quality Control: We ensure that each batch of materials is monitored and tested to match the batch number, model, and material performance to the design requirements, and each batch of materials has a traceability code to monitor the use of each batch without mixing.
2. Production Design Optimization: By optimizing design, we ensure smooth production processes and avoid using complex processes that could reduce product precision.
3. First Article Inspection: Before proceeding with the production of the entire batch of cut parts, we first perform cutting and inspection of the first article to ensure all dimensions meet the design requirements.
4. Production Process Inspection: During the production process, we inspect the laser-cut parts, and our quality inspectors regularly perform inspections to ensure there are no dimensional issues or errors in the manufacturing process.
5. CMM Inspection: We conduct CMM inspections of some critical dimensions of laser-cut parts to ensure that the product dimensions meet quality standards.
6. Advanced Equipment: We use advanced laser cutting equipment to ensure the laser cutting performance meets the quality required by the design.
7. Training Operators: Our laser cutting operators have years of rich operating experience and problem-solving skills, and we regularly train them in quality and equipment operation to ensure they can operate the equipment more proficiently and check the quality of cut parts.
8. Eliminating Factors Affecting Laser Cutting Quality: We eliminate factors that affect laser cutting quality, such as focal position, beam, cutting speed, laser power, and assist gas, to ensure these factors do not affect the quality of laser cutting.

We are certified under the ISO16949 quality control system. So, we can cut the auto parts and medical components with laser cutting. So, if you need ISO13485 quality management certification, you can also discuss this with us.

Absolutely yes, our laser tube cutting machines generally cut metal parts. So, if you have plastic material to cut. You can simply reach out to us. We will help you solve this problem.

Our laser cutting covers multiple industries, such as the consumer goods industry, telecommunications industry, new energy industry, agriculture, industry, etc., and our clients include Geely Automobile, Ideal Automobile, Tesla, Bull, CRRC, etc. If you are interested in our services, please contact us.

A: Yes, we do conduct comprehensive quality testing. It may include

• Raw Material Inspection: We test raw materials to ensure batch numbers, material grades, and dimensions are accurate, and we label materials with traceability codes to prevent mixing and trace back to the supplier in case of issues. For aluminum alloy laser cutting, we generally purchase mirror-finished aluminum plates with protective film, even after laser cutting, to ensure the product’s surface is not scratched.
• Eliminating Factors in the Cutting Process: During the laser cutting production process, we monitor the accuracy of equipment adjustments and operations to ensure every parameter (laser power, focus, laser speed, laser beam, assist gas) is correct.
• Dimension and Shape Inspection: Before cutting, we inspect the first sample to ensure dimensions and shapes meet the design requirements of the drawings. After cutting, we use calipers, micrometers, CMM, or gauges to check dimensions to ensure dimensional accuracy meets design requirements.
• Appearance and Surface Quality Inspection: For laser-cut parts that do not require surface treatment, we check the surface appearance and edges for scratches or burns. For laser-cut parts that require surface treatment, we check whether the thickness of the surface film meets the requirements.
• Functional Testing: For some auto laser-cut parts that require functional testing, we conduct tests such as tensile tests, salt spray tests, hardness tests, fatigue tests, durability tests, assembly tests, etc.
• Final Inspection and Review: Before packing laser-cut parts, we conduct a final inspection to ensure that every product meets quality requirements.
• Records and Feedback: We keep inspection records and reports for each inspection phase, and we retain these for future reference and to improve the next production process and quality.

For ordinary laser-cut parts, we generally use the ISO9001-2015 quality control standard. For auto parts, we use the ISO16949 quality control system. For medical products, we can also apply for the ISO13485 quality control standard if you need it. Please contact us.

For initial designs, we can quickly produce samples for you to test in the market, so our MOQ is generally 1 piece, mainly to facilitate you to quickly market your product and rapidly capture market feedback.

If you need any specific part to cut or have any more questions, feel free to ask!