EAS Pressmag FP Magnetic Clamping Solutions

All new EAS Pressmag FP Magnetic Clamping Solutions Offer Faster More Cost-Effective Die Changeovers

EAS new Pressmag FP electro-permanent magnetic clamping systems are specifically designed to reduce changeover time for the metal forming industry. EAS Pressmag FP’s innovative design takes into account all of the operational characteristics and safety needs. These systems are one of many solutions available from EAS that will help increase productivity, reduce costs, and improve safety during a die change.

Liquid Proof

The latest generation EAS Pressmag FP magnetic clamping system is ideally suited for use in the metal forming industry. The contact surface of the magnetic plate is liquid and dustproof, which makes it durable under the toughest working conditions.

Pressmag FP utilizes the latest generation Pressmag touchscreen software for ease of operation and troubleshooting.

Limited Vibration from The Press

The Pressmag FP utilizes spring-mounted magnetic modules to reduce press vibrations.

The spring-loaded magnetic modules move slightly to minimize damage from debris and help align the clamping modules to the die backplate. When a pulling force is exerted, the spring will maintain pole contact to ensure maximum holding force by eliminating air gaps.

Reduced delivery and production time

The Pressmag FP module has a “plug & play” design of the standardized magnetic modules. The system is designed so the pole modules are fastened to the plate without bolting through the pole to avoid sealing problems.

Modules can be stocked for immediate repair on-site if one is damaged.

Pole flux sensor and module

Pressmag FP is a well-balanced system with minimal residual magnetism. All poles have an integrated flux sensor for full safety.

With conventional Magnetic Clamping Systems if one coil is damaged in the magnetic circuit, the entire magnetic circuit can’t be magnetized or demagnetized, resulting in a stopped press. With the modular design of EAS New Pressmag FP, the operator is able to bypass the circuit for later replacement, allowing the press to continue operating.   

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