Dual-Axis Magnetic Powder Brake

Product Features

• Smart Dual-Axis Layout：Unlike a standard single-shaft setup, this dual-axis structure lets you apply braking force to two reels at the same time, making it a natural fit for machinery running dual-station unwinding or rewinding.
• Boosts Your Daily Throughput：Being able to manage two separate reels simultaneously is a huge help for boosting machine efficiency and running continuous processing lines without constant stopping.
• Steady Tension Across different Stocks：The brake handles thin films, heavy paper rolls, and laminated composite materials beautifully, making sure your stock stays under a steady pull so your tracking remains stable.
• Built to Survive Long Shifts：We use highly permeable magnetic powder inside and paired it with a solid casing design that does a good job of dumping heat before it cooks the system, keeping performance steady over long, demanding shifts.
• Easy on Your Power Bill and Maintenance：The internal design is fully optimized to trim down on unnecessary drag and electricity draw, which cuts down on wear and tear so your crew spends less time on routine fixes.

Product Applications

You will find these dual-station magnetic powder control units running a lot on automated production floors where accurate web tracking and multi-reel tension management are non-negotiable:

• Automated Packaging Lines

A practical choice for packaging production rigs that rely on accurate web tracking to wrap, bag, or seal products back-to-back without catching.

• High-Speed Printing Presses

Installed on print lines to hold wide paper or vinyl reels dead steady, ensuring clean ink transfer and avoiding tracking drift during long runs.

• Industrial Coating Equipment

Suitable for heavy coating and laminating processes involving continuous material handling where sudden tension shifts could cause streaks or wrinkles.

• Precision Slitting Machinery

Applied deep inside slitting systems where you are slicing thin plastic films, heavy paper stock, or composite webs and need to keep the tension balanced across multiple station stations.