MARTOR SECUPRO 625 – Premium squeeze-lever safety knife with fully automatic blade retraction

The MARTOR SECUPRO 625 is the flagship squeeze-lever safety knife in the MARTOR range. It combines a robust aluminium handle, outstanding ergonomics and fully automatic blade retraction to deliver maximum safety during demanding cutting applications.

The blade retracts automatically the moment it leaves the material, even while the squeeze lever remains pressed. This makes the SECUPRO 625 one of the safest professional safety knives available. With a cutting depth of 21 mm, it easily handles up to 3-ply cardboard, rubber, PVC, leather, carpets, textiles and many other demanding materials. Its ergonomic design is certified by IGR, ensuring comfortable use even during long working shifts.

Features and benefits

• Fully automatic blade retraction – the blade retracts immediately after leaving the material, even while the lever remains pressed
• Premium aluminium handle – exceptionally durable, perfectly balanced and designed for intensive professional use
• Squeeze-lever activation – smooth and comfortable operation with minimal effort
• 21 mm cutting depth – suitable for cutting up to 3-ply cardboard, rubber, PVC, leather, textiles, carpets and rolled materials
• Lever lock – prevents accidental blade activation during storage and transport
• MARTOR NO. 60099 reversible trapezoid blade – two usable cutting edges for extended service life
• Tool-free blade replacement – quick, simple and safe blade changes
• Soft Grip ergonomic handle – secure and comfortable grip during prolonged use
• Suitable for left- and right-handed users
• Lanyard hole
• IGR ergonomic certification and GS safety certification

Applications

Suitable for cutting up to 3-ply cardboard, plastic strapping, stretch and shrink wrap, rolled materials, rubber, PVC, leather, carpets, textiles, felt, fleece, paper and adhesive tape. An excellent choice for manufacturing, logistics, warehouses and any professional environment requiring maximum safety, durability and ergonomic performance.