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Welding process

We provide stainless steel raw materials and custom processing products.We provide stainless steel raw materials and custom processing products.
Welding process2026-03-12T15:07:39+08:00
Welding process

Comprehensive Precision Welding Solutions: From Robotic Automation to Master Craftsmanship

Our welding department brings over 15 years of specialty fabrication experience. We do more than join metals; we solve high-precision structural challenges using KUKA robotic systems and digital pulse power, controlling thermal distortion to micron levels.

 

We have a deep understanding of material molecular properties, with standard SOPs for aluminum oxide removal, stainless steel corrosion protection, and high-strength steel pre-heating. Every weld is a fusion of mechanics and aesthetics.

Welding 4.0 – A Systematic Quality Assurance Approach

By integrating Industry 4.0 technologies, we achieve full digital traceability throughout the welding process. From barcode identification of raw materials to the automated logging of welding parameters, every stage is under strict systemic monitoring. This systematic approach not only boosts production efficiency but also ensures total traceability for every weld in complex, large-scale projects.

  • Real-time capture of current and voltage fluctuations ensures consistent tensile strength across mass production.

  • Utilizing German-standard flexible workstations for precise positioning of complex parts, shortening prototyping cycles by 40%.

  • Pre-welding software simulation of the Heat-Affected Zone (HAZ) optimizes sequences to fundamentally eliminate thermal distortion.

Deep Penetration Laser Welding

Compared to traditional methods, laser welding reduces the HAZ by 80% with a 10:1 depth-to-width ratio, ideal for precision electronic enclosures and medical devices.

International Testing Standards

Strictly adhering to AWS and ISO welding codes, equipped with in-house Ultrasonic (UT) and Penetrant (PT) testing to ensure zero-defect delivery of critical joints.

service related FAQ’s

How is the weld aesthetics? Does it require secondary grinding?2026-02-28T15:02:49+08:00

Our robotic welding achieves high consistency and flatness. For aesthetic components, we provide professional post-weld grinding and polishing to ensure a smooth surface for subsequent powder coating or painting.

How do you control welding deformation?2026-02-28T14:55:30+08:00

We utilize precision fixtures and strictly execute symmetrical welding sequences. By adjusting pulse parameters and implementing pre-heat treatments, we minimize thermal distortion to ensure the final geometry meets design specifications.

How do you prevent burn-through or distortion when welding thin sheets?2026-02-28T15:03:58+08:00

We utilize cold welding or high-frequency pulsed laser welding to strictly control heat input. Combined with precision fixtures for heat dissipation, we effectively prevent warping or burn-through on thin sheets (as thin as 0.8mm).

What materials can you weld, and what welding methods do you use?2026-02-28T15:02:26+08:00

We support welding for carbon steel, stainless steel, aluminum alloys, and galvanized sheets. Our processes include TIG, MIG/MAG, and laser welding, allowing us to match the best joining solution to the part’s intended use.

What materials can you weld? Can you handle aluminum or stainless steel?2026-02-28T14:51:00+08:00

We specialize in welding carbon steel, stainless steel, and aluminum alloys. By combining advanced robotic welding with expert manual welding, we ensure optimal fusion strength and compliance with various industrial standards.

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