The DN8 custom all-around cutting machine is a cutting equipment designed for special specifications and process requirements. Based on a standard platform, it accepts full-machine customization to solve the mismatch problems of conventional models in terms of working area, knife head combinations, and loading/unloading methods.
Core Advantages
- Customizable table and working area Supports configuring table size and cutting working area on demand, adapting to workpiece specifications beyond the range of standard models.
- Flexible knife head combinations Supports mixed installation of multiple knife heads, with cutting knife head configurations selected according to material and process.
- Expandable thickness and positioning Supports configurations such as increased cutting thickness and projection positioning, making it easier to handle thicker materials and workpieces with high alignment requirements.
- Automated loading/unloading Optional automatic feeding and automatic loading platforms reduce manual loading/unloading steps.
Applicable Materials and Industries
This model is aimed at personalized cutting needs in industries such as automotive, aviation, and new energy, and can process sheet and roll materials used in the corresponding industries. Specific material compatibility and cutting results need to be confirmed based on material thickness, knife head configuration, and sample test results.
Selection Recommendations
When selecting a model, first clarify the maximum workpiece size, material type, and thickness range, and determine the table working area and knife head combination accordingly. If there is a need for continuous batch production, automatic feeding and loading/unloading configurations can be evaluated; for processes with high alignment accuracy requirements, projection positioning can be considered. Custom configurations involve lead time and cost. It is recommended to provide samples and process parameters, and finalize the decision after the manufacturer confirms the feasible configuration.
