The Pressboard Slitting Machine is designed for high-precision cutting of insulation pressboard into narrow strips used in transformer manufacturing. This pressboard slitting machine for transformer applications ensures accurate strip dimensions, smooth edges, and consistent quality.
As an essential insulation strip cutting machine, it improves production efficiency and reduces material waste, making it ideal for industrial insulation processing.
This pressboard slitting machine is mainly used to slit insulation pressboard into narrow strips with precise widths. It is widely applied in transformer insulation strip production, especially for oil duct strips and winding insulation components.
The machine achieves slitting accuracy of ±0.2 mm, ensuring consistent strip dimensions in insulation strip cutting applications.
Feeding speed can be adjusted from 1–10 m/min, allowing optimization for different materials and production requirements.
Supports strip widths from 5 mm to 60 mm, meeting various needs in transformer insulation manufacturing.
The machine features a compact structure, making it suitable for workshop environments while maintaining high efficiency.
Specially designed for pressboard processing, ensuring smooth edges and minimal material deformation.
Equipped with a robust spindle and reliable motor system for long-term industrial use.
Max. Machining Width: 120 mm
Max. Machining Thickness: 2–8 mm
Feeding Speed: 1–10 m/min (adjustable)
Main Shaft Diameter: 35 mm
Motor Power: 4 kW
Strip Width Range: 5–60 mm
Slitting Accuracy: ±0.2 mm
Blade Thickness: 1.2 mm
Overall Dimensions: 760 × 650 × 1200 mm
A pressboard slitting machine is used to cut insulation pressboard into narrow strips for transformer manufacturing.
The machine is mainly used for insulation pressboard and similar materials.
This machine provides high precision with an accuracy of ±0.2 mm.
It can produce strips ranging from 5 mm to 60 mm in width.
Accurate strip dimensions ensure proper insulation performance and assembly quality in transformers.
Yes, it is designed for stable and efficient operation in industrial environments.
