How To Choose The Right Infrared Cutting Machine Workbench?
Oct 31, 2025
Match the Workpiece to Be Cut Core Premise
- Choose the tabletop according to workpiece size: Ensure the maximum bearing size of the workbench is ≥ the length and width of the commonly processed workpieces, with a 5-10cm operating margin reserved.
- Choose the bearing capacity according to workpiece weight: The rated load of the workbench must be ≥ 1.2 times the workpiece weight to avoid deformation caused by long-term overload high-strength steel bed for stone, aluminum alloy for lightweight materials.
Adapt to Cutting Process and Functions
- Fixed cutting: Select basic flat workbench with fixtures or vacuum adsorption (fixtures for small workpieces, vacuum adsorption for large plates to prevent displacement).
- Multi-angle cutting: Select models with rotatable (0-90°) or tiltable (0-85°) functions to adapt to bevel and special-shaped cutting needs ).
- Efficient operation: Select models with automatic slag cleaning function to reduce manual cleaning time
Pay Attention to Structure and Material Stability
- Structure: Prioritize bridge-type structure; the frame must be welded and reinforced + aged to reduce cutting vibration (excessive vibration affects cutting accuracy).
- Material: Steel bed has strong durability (suitable for heavy-duty cutting), aluminum alloy bed is lightweight (suitable for small and medium-sized equipment); the tabletop support bars must be arranged at equal intervals to ensure uniform force bearing.
Combine Equipment and Scene Adaptation
Match the cutting machine model: The interface and load-bearing of the workbench must be consistent with the main engine parameters of the cutting machine to avoid compatibility issues.
- Scene needs: Select compact models for small workshop space, rust and corrosion-resistant materials (spray-treated steel) for outdoor operations; for high-precision cutting, choose workbenches with tabletop flatness error ≤0.1mm/m.
