Product overview

• 1–10

  m/min
  Processing speed in laser welding
• 2

  x
  Surface hardness increase with uniform structure. Layer depth: 0.5–1.8 mm in laser hardening
• 100

  %
  Material utilization in wire cladding. Up to 90% efficiency in powder cladding

Applications

Cladding of carbide coatings on the cutting edges of carbon steel agricultural knives to improve mechanical properties

Local surface hardening of wheel tires

Powder cladding for flat, curved, rotary parts, and complex geometries

Repair of a 40Cr carbon steel crankshaft using iron-based powder laser cladding to restore original geometry

Thermal hardening of threads, shafts, gears

Welding of centralizers achieves a production rate of 1,200 pieces per day

Welding of custom-shaped components, shells and structural profiles

Key advantages

• No post-processing required
• Precision surface heating
• No product deformation during processing
• Fast thermal cycle
• Proprietary in-house software control system
• Rapid reconfiguration for new product lines
• Minimal mixing between base and cladding materials
• Modular coordinate system with interchangeable attachments
• Maintenance-free, high-efficiency VPGLaserOne fiber laser

The weld is finished in one step—no further processing needed, saving time and reducing costs

Targets only wear-prone areas, reducing thermal impact on the rest of the part

Laser thermal hardening reduces deformation by up to 10x compared to conventional methods

Rapid heating and cooling enhance material properties by refining grain size

Enables full automation and seamless integration of laser processes, offering intuitive operation, flexible customization, and enhanced reliability tailored to specific production needs

Easily adjust equipment for new product processing, ensuring efficient transitions and increased productivity

Cladding process ensures a clean separation with minimal dilution between the base and build-up layers

Enables customizable machine configurations tailored to specific part geometries and production needs—increasing flexibility and adaptability across different applications

Eliminates regular service requirements, reducing downtime and operating costs while ensuring long-term reliability and maximum return on investment