Transformer Silicon Steel Cut-to-Length Machine

Dedicated Silicon Steel Cutting for Core Lamination Preparation

The TRANFOVIA Transformer Silicon Steel Cut-to-Length Machine is designed for transformer manufacturers that need a dedicated process for cutting electrical steel strip into programmed sheet or lamination lengths. This machine performs transverse cut-to-length processing. Silicon steel strip is fed to the required position and cut across the direction of travel to produce individual sheets or laminations for subsequent transformer core operations.

Technical Specifications

How to Select the Right Machine

• Choose the model according to the maximum required strip width: 300, 400 or 600 class.
• Confirm silicon steel thickness and coating condition.
• Provide required cut lengths and finished lamination geometry.
• Define acceptable burr and dimensional tolerances for your transformer core process.

FAQ

1. What silicon steel thickness can the machine process?

The listed range for the XE-300, XE-400 and XE-600 models is 0.23-0.5 mm.

2. What is the maximum listed cutting width?

The XE-600 processes silicon steel up to 600 mm wide.

3. What cutting-length accuracy is listed?

The listed cutting-length accuracy is ±0.05 mm.

4. What feeding speed is listed for the machine?

All three listed models use a feeding-speed specification of 180 m/min.

5. Is a cut-to-length machine the same as a silicon steel slitting line?

No. A slitting line divides a wide coil longitudinally into narrower strip coils. A cut-to-length machine cuts across the strip travel direction to produce individual sheets or laminations.

6. When should a transformer factory choose a full core cutting line instead?

Choose a full transformer core cutting line when production requires additional operations such as programmed punching, V-notching, step-lap sequences, special positioning or automatic sorting rather than basic cut-to-length preparation alone.

7. What information is required for machine selection?

Provide silicon steel thickness and grade, maximum strip width, required cut-length range, finished lamination drawings and any burr or dimensional acceptance criteria used by your transformer core workshop.