ADK Engineering And Solutions

5 kW Automatic Laser Cutting Machine – Mid-Range Power for Versatile Metal Processing

The 5 kW Automatic Laser Cutting Machine offers balanced performance for cutting mild steel up to 25mm, stainless steel to 12mm, and aluminum to 10mm thick across standard 1500x3000mm or 2000x6000mm work areas. Positioned perfectly between your 3kW and 12kW fiber lasers at ADK Engineering & Solutions, it handles most industrial jobs efficiently without excessive cost.

5kW Fiber Laser Source: Raycus-IPG generator with stable beam for clean, high-speed cuts on mixed materials.

Rack & Pinion Gantry: Servo-driven axes reach 120m-min positioning with 0.03mm repeatability and 1.5G acceleration.

CypCut 2000C Controller: Auto-nesting, fly-cutting, leapfrog motion, and 3D simulation for complex parts.

Auto-Focus Cutting Head: Raytools BM111 adapts 0-25mm thicknesses with capacitive sensing and crash protection.

Dual Pallet Shuttle: 15-20 second table exchange keeps production continuous during loading-unloading.

6 KW Laser Cutting Machine as one classic model, widely used in many common areas of our life, such as processing of stainless steel kitchenware, storage cabinet and other cabinets, is closely related to people's daily life. Used for cutting a variety of metal plates, mainly used in stainless steel, carbon steel, galvanized sheet, electrolytic plate, brass, aluminum, various alloy plate, rare metal and other metal materials.

6 KW Laser Cutting Machine as one classic model, widely used in many common areas of our life, such as processing of stainless steel kitchenware, storage cabinet and other cabinets, is closely related to people's daily life. Used for cutting a variety of metal plates, mainly used in stainless steel, carbon steel, galvanized sheet, electrolytic plate, brass, aluminum, various alloy plate, rare metal and other metal materials.

6 KW Laser Cutting Machine   is Multi Purpose Use Like Plate & Tube cutting in one Machine.  Best option for new startup Project, Require Low Space.  It is an economic option to the market for its efficiency and stability at an affordable cost; it’s an idea choice for sheet metal owners for its low operational cost and production flexibility compare to conventional processing methods.  

IPG or Raycus laser source from 1kw to 04 kw at your choice.

12 KW Laser Cutting Machine Is Fast Pallet Changer and Full cover body machine With Tube cutting Attachment. Multipurpose for plate and Pipe cutting in one machine.  Use for  It is an economic option to the market for its efficiency and stability  at an affordable cost; it’s an idea choice for sheet metal owners for its low operational cost and production flexibility compare to conventional processing methods.  

 

Exchanging Platform:

• It adopts an up and down exchange platform.
• The converter is responsible for controlling the exchanging motor.
• The machine is able to finish the platform exchanging within 15s.

Laser cutting technology stands as the epitome of precision and adaptability in the modern industrial landscape. The CNC laser cutter has redefined metal cutting, offering unparalleled accuracy and intricate detailing. The fiber laser cutting machine takes the lead with high-speed operations, showcasing exceptional efficiency across a spectrum of metals. Laser cutting's versatility seamlessly extends to materials like acrylic and MDF, underlining its adaptability for diverse applications. The integration of laser engraving machines further amplifies its capabilities, allowing for intricate designs on various surfaces. Industries in search of streamlined and cost-effective processes often turn to laser cutting services, leveraging the potential of automated solutions. The continuous evolution of laser cutting technology has made affordable laser cutters accessible, addressing a myriad of applications including sheet metal cutting and precision designs. In this dynamic landscape, laser cutting continues to set new benchmarks, serving as a driving force for precision and efficiency in industrial cutting processes.