Core specifications
Working area (X-Y-Z): The standard working area is 1300 x 2500mm, with the Z-axis (height) typically ranging from 200mm to 300mm. Some models include a rotary axis for engraving cylindrical objects.
Frame and structure: Heavy-duty, welded steel frames are standard to reduce vibration and prevent deformation for precise, durable performance.
Motion system:
Driving: The X and Y axes typically use high-precision helical gear racks for high speed, while the Z-axis uses a ball screw for accuracy.
Guidance: High-quality square linear guide rails (e.g., Taiwan HIWIN) are used to ensure smooth and precise movement.
Table surface: Machines offer different options for securing materials:
T-slot table: Uses mechanical clamps to hold down workpieces.
Vacuum table: Uses a powerful pump for quick, strong hold-down of flat sheet materials.
Combination: A T-slot table with vacuum suction slots offers both options for versatility.
Motor system:
Stepper motors: Common on standard models for their reliability, affordability, and precise positioning.
Servo motors: Found on higher-end machines for improved speed, torque, and accuracy.
Control system and software:
Controller: Common options include user-friendly DSP handheld controllers or PC-based systems like Mach3, NC-Studio, or Syntec.
Software: Compatible with industry-standard CAD/CAM software such as Artcam, Aspire, and Fusion 360.
Spindle power: Higher wattage spindles allow for faster cutting and processing of harder materials.
Standard models: Typically range from 3.2kW to 6.0kW, often with water-cooling for quieter operation and better heat dissipation.
Heavy-duty/ATC models: May feature more powerful spindles (up to 9.0kW) and often use air-cooling.
Automatic tool changer (ATC): An advanced feature on higher-end 1325 models that automatically switches between tools, reducing manual intervention and increasing production efficiency
