APPLICATION
APPLICATION

Industrial Robot & Welding Machine Products

Dade Heavy Industry (stock code 870547) offers a complete portfolio of industrial automation equipment: robotic welding systems, 3D laser cutting machines, plasma welding/cutting, resistance welding machines, palletizing robots, polishing systems, spraying/coating automation, and automated loading/unloading. 50 series, 200 specifications, 6 major categories. 10,000+ units delivered across 30 provinces and 50+ countries. Kawasaki, Fanuc, Estun integration. ISO 9001, IATF 16949, CE certified.

50 series · 200 specifications · 6 categories · 10,000+ units delivered · Kawasaki/Fanuc/Estun partners

Product Categories

Dade Heavy Industry's product portfolio spans six major categories covering welding, cutting, handling, and surface treatment. Each category includes multiple series with 200+ specifications to match your exact requirements.

Robotic Welding Systems

MIG/MAG, TIG, laser, plasma, resistance, and hybrid welding cells. 6-axis robots (6–20 kg) with Kawasaki, Fanuc, Estun arms. MIG/MAG, TIG, laser, plasma, resistance, hybrid. Payloads 6–20 kg. Automotive, shipbuilding, construction machinery, pressure vessels.

Laser Welding Systems

Fiber laser 1–12 kW, scanner heads, handheld cobots, hybrid laser-MIG. Stainless, aluminium, copper battery tabs, dissimilar metals. 1,500+ systems delivered.

3D Robotic Laser Cutting

5-axis, 6-axis, 7th-axis track. 2–12 kW fiber lasers. Mild steel 25 mm, stainless 12 mm, aluminium 8 mm. Aerospace, automotive, EV, steel structure.

Laser Trimming & Precision Cutting

Post-process trimming on formed parts: automotive interior, aerospace composites, appliance housings. Vision-guided ±0.1 mm. 2–8 kW.

Robotic Palletizing Systems

6-axis articulated, 4-axis SCARA, cobot palletizers. 6–200 kg payload. Boxes, bags, crates, mixed SKU. 1,200 cycles/hour. Kawasaki, Fanuc, Estun, ABB, Yaskawa.

Robotic Polishing & Sanding

Force-controlled ±2 N, Ra 0.1–3.2 µm. Belt, disc, brush, flap wheel. Automotive, aerospace, medical, cookware. 200+ cells delivered.

Robotic Painting & Coating

Explosion-proof robots (ATEX/NFPA 33). Electrostatic bell, airless, HVLP. 2–12 colour change. VOC abatement (RTO). Automotive, aerospace, appliance, wind blades.

Plasma Welding Systems

Micro-plasma (0.1–15 A), keyhole plasma (50–300 A). Stainless, duplex, nickel alloys, titanium. Pipe/tube orbital, tanks, vessels. ASME IX, NORSOK.

Laser Trimming Machines

Post-process trimming on formed parts: automotive interior, aerospace composites, appliance housings. Vision-guided ±0.1 mm. 2–8 kW.

Resistance Welding Machines

DN/DP pneumatic spot, DT projection, FN-II/FNY/FNZ seam. 50–500 kVA MFDC. Automotive, appliance, wire mesh, HVAC. ISO 9001, CE.

Plasma Welding

Micro-plasma (0.1–15 A), keyhole plasma (50–300 A). Stainless, duplex, nickel alloys, titanium. Pipe/tube orbital, tanks, vessels. ASME IX, NORSOK.

Palletizing Robots

6-axis articulated, 4-axis SCARA, cobot palletizers. 6–200 kg payload. Boxes, bags, crates, mixed SKU. 1,200 cycles/hour.

Automated Loading/Unloading

CNC machine tending, press loading, press brake, forging press, injection molding. 6-axis + 7th axis. 6–500 kg. 200+ cells.

How to Select the Right Equipment

Choosing the right automation equipment depends on your process, volume, part geometry, and budget. Use the decision guide below or contact our application engineers for a personalized recommendation.

By Process Type

Equipment Selection by Process
Your Process Recommended Dade Category Key Models
Arc welding (MIG/TIG) Robotic Welding Systems Kawasaki RA20N, Fanuc ARC Mate
Laser welding Laser Welding Systems 1.5–12 kW fiber, scanner, cobot
Laser cutting (3D) 3D Robotic Laser Cutting 5/6-axis, 2–12 kW
Laser trimming (formed parts) Laser Trimming Machines 2–8 kW, vision-guided
Palletizing (boxes/bags) Robotic Palletizing 6–200 kg, 1,200 cycles/hr
Surface finishing Robotic Polishing Force control ±2 N, Ra 0.1–3.2 µm
Painting/coating Robotic Spraying/Coating Explosion-proof, 2–12 colour change
Pipe/tube welding Plasma Welding Orbital PAW, keyhole 12 mm
Resistance welding Resistance Welding Machines 50–500 kVA MFDC
Machine tending/loading Automated Loading/Unloading 6-axis + 7th axis, 6–500 kg

By Industry

  • Automotive & EV: Robotic welding (BIW, battery), laser cutting (trays), palletizing, machine tending, painting
  • Shipbuilding & Offshore: Plasma welding (pipe), robotic welding (hull), plasma-MIG hybrid, gantry cutting
  • Construction Machinery: Robotic welding (booms/arms), laser cutting (structural), machine tending
  • Pressure Vessels & Petrochemical: Plasma welding (orbital), resistance welding (tubes), SAW
  • Appliance & Consumer Goods: Resistance welding, polishing, machine tending, palletizing
  • Aerospace & Defence: Plasma welding (Ti/Ni alloys), laser cutting (Ti), polishing (blades)
  • New Energy / EV Battery: Laser welding (tabs/busbars), laser cutting (trays), polishing
  • Wind Energy: Plasma-MIG hybrid (tower flanges), painting (blades), machine tending

Custom Engineering & Integration

Standard cells are just the starting point. Dade's application engineering team designs custom automation cells tailored to your exact process, space, and budget.

What We Customize

  • Robot selection & layout: Brand, payload, reach, mounting (floor/ceiling/wall/track)
  • End-effector design: Custom grippers, welding torches, cutting nozzles, polishing spindles
  • Fixture & part presentation: Quick-change fixtures, rotary tables, 7th-axis tracks, conveyors
  • Process integration: Power sources, wire feeders, chillers, fume extraction, VOC abatement
  • Controls & connectivity: PLC, HMI, MES/ERP integration, OPC UA, digital twin
  • Safety & compliance: CE, ATEX, NFPA, SEMI, UL, local codes

Project Execution Process

  1. Application Review (Week 1–2): RFQ review, site survey (virtual/on-site), feasibility confirmation
  2. Concept Design (Week 3–4): Layout, robot selection, cycle time simulation, budgetary quote
  3. Detailed Engineering (Week 5–8): Mechanical design, electrical schematics, safety assessment, BOM
  4. Manufacturing & Assembly (Week 9–20): Fabrication, wiring, integration, factory acceptance test (FAT)
  5. Shipment & Installation (Week 21–24): Shipping, on-site installation, commissioning, SAT
  6. Training & Handover: Operator/programmer/maintenance training, documentation, spare parts
  7. After-Sales Support: 12-month warranty, remote support, spare parts, preventive maintenance contracts

Find Your Solution

Not sure which category fits your need? Our application engineers will review your process and recommend the optimal configuration within 24 hours.

Get a Recommendation
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