MARTOR SECUMAX 148 – Robust Compact Safety Knife for Tougher Materials

The MARTOR SECUMAX 148 is a compact safety knife with a particularly robust blade head, designed for more demanding cutting tasks in warehousing, logistics, and production environments. Its concealed blade ensures maximum safety for both the operator and the goods, while the reinforced head allows it to handle tougher materials than standard compact knives.

The 0.5 mm thick blade is especially durable and features two cutting edges. When one edge becomes dull, the blade can be rotated to use the second edge, extending its service life. The concealed design ensures safe operation while effectively cutting through up to double-layer cardboard and other dense materials. Guide surfaces at the front of the knife make angled cutting easier and reduce the force required.

The SECUMAX 148 is the first disposable MARTOR knife made entirely from recycled fiberglass-reinforced plastic, combining strength, durability, and environmental responsibility. Its ergonomic shape with soft grip texture ensures comfortable handling for both left- and right-handed users. Weighing 26 g, with dimensions of 142 × 11 × 39 mm and a cutting depth of 6.2 mm, the knife is stable yet lightweight for prolonged use. It can also be used with a MARTOR telescopic pole for hard-to-reach areas.

Suitable for cutting:

• Double-layer cardboard
• Stretch film and shrink wrap
• Plastic strapping
• Paper and film layers
• Bags and sacks
• Cords and ropes
• Felt and rubber
• Adhesive tape

Key benefits:

• Reinforced blade head for tougher materials
• Concealed blade for maximum safety
• Two cutting edges for extended service life
• Guide surfaces for easier angled cutting
• Body made from recycled fiberglass-reinforced plastic
• Lightweight ergonomic design for left- and right-handed users
• Compatible with telescopic pole for hard-to-reach areas
• GS safety certification

The SECUMAX 148 is a durable and sustainable solution for safe cutting of tougher materials in warehousing, logistics, and production environments.