Reimagining Laser Welding for the Next Generation of Manufacturing Explore What's Possible

Thermal Dynamics Welding Solutions

We don't sell laser welders and walk away. We engineer complete welding solutions—from process development to production integration—tailored to your materials, volumes, and quality standards.

Handheld laser welding solution
Manual Welding

Handheld Laser Welding

Replace your TIG and MIG stations with a single handheld laser welding system. Our TD-HW series delivers welding speeds 3-5x faster than TIG with a heat-affected zone under 0.5mm. Operators typically reach production proficiency within 2 days—compared to months for skilled TIG welding.

  • Power Range: 1000W - 3000W continuous wave
  • Materials: Carbon steel (up to 8mm), stainless steel (up to 6mm), aluminum (up to 4mm)
  • Wire Feed: Optional integrated cold wire feeder for gap bridging
  • Safety: Class 4 with dual interlock, auto-shutoff nozzle sensor, OD6+ eyewear
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Automated laser welding solution
Production Automation

Automated Welding Systems

For batch production runs of 200+ parts per day, our TD-AW automated systems integrate laser welding with fixture loading, part rotation, and quality inspection in a single enclosed cell. Cycle times are typically 60-70% shorter than manual welding with consistent repeatability within ±0.05mm.

  • Power Range: 2000W - 6000W with beam shaping
  • Throughput: Dual-station design for load/unload during welding
  • Monitoring: Beckhoff PLC integration with real-time seam tracking
  • Certification: CE marked, Class 1 fully enclosed laser safety
Discuss Your Process
Robot laser welding cell
Robotic Integration

Robot Welding Cells

When your parts have complex 3D geometries or require multi-pass welding at high volume, our TD-RW robotic cells combine 6-axis Yaskawa robots with our proprietary laser welding heads. We handle the full integration: robot programming, fixture design, process parameter development, and production validation.

  • Power Range: 3000W - 12000W for deep penetration welding
  • Robot Payload: 6-axis with ±0.02mm path repeatability
  • Vision System: Optional 3D seam finding and adaptive tracking
  • Integration: MES connectivity, barcode/QR traceability per part
Engineer Your Cell
Micro laser welding solution
Precision Micro-Joining

Micro Laser Welding

For medical devices, sensors, battery tabs, and electronic housings where weld spots are measured in microns. Our TD-MW systems achieve spot sizes down to 0.1mm with pulse shaping control that prevents thermal damage to adjacent components. Ideal for dissimilar metal joining and hermetic sealing.

  • Power Range: 200W - 1000W pulsed and CW modes
  • Spot Size: 0.1mm - 2mm adjustable with motorized focus
  • Pulse Control: Programmable waveform with ramp-up/ramp-down
  • Applications: Battery tab welding, sensor sealing, implant assembly
Explore Micro Welding

Beyond the Machine: Our Process

Buying a laser welder is one decision. Making it work in production is another. Here's what happens after you say go.

01

Application Assessment

We evaluate your materials, joint designs, and production targets. Free sample welding with cross-section analysis and tensile test data. No obligation—if laser welding isn't the right fit, we'll tell you.

02

System Design

Custom fixture design, laser power selection, beam delivery configuration. For automated systems: cycle time simulation and ROI analysis. Everything documented before we build.

03

Installation & Training

On-site installation by our own engineers (not subcontractors). Operator training covering safety, parameter tuning, daily maintenance, and troubleshooting. 2-3 days for handheld, 5-7 for automated systems.

04

Ongoing Support

Remote diagnostics via secure connection to your machine's control system. Spare parts shipped within 48 hours from regional warehouses. 2-year warranty on laser source and mechanical components.

Not Sure Which Solution Fits?

Send us your part drawings or material specs. Our applications team will recommend the right system and provide a preliminary process assessment within 48 hours.

Talk to an Engineer