Plunge and segment saw blade, 53 x 40 mm, BIM.

Estimated delivery: 34 days

Plunge and segment saw blade, 53 x 40 mm, BIM

• Material = metal
• Colour = charcoal
• Number of parts = 1 pcs
• Product type = saw blades
• Customs tariff number = 82029980
• Country of origin = CHE
• Gross weight = 0.24 kg
• Weight = 0.04 kg
• Colour guidance marking allows the right tool to be found quickly
• One-handed tool change in less than 3 seconds
• The multi-tools are particularly suitable for work in hard-to-reach places
• U-shape saw blade with rounded cutting edge
• Optimum plunging behaviour and clean, precise cutting edges
• Plunge and segment saw blade - precision tool for clean cuts in many materials The plunge and segment saw blade is a versatile precision tool for precise cuts in different materials
• The robust bi-metal model and the U-shape saw blade with a rounded cutting edge enable clean plunging behaviour as well as precise cutting edges with minimal breakout
• As an accessory for oscillating multitools, the cutting tool is suitable for numerous applications in trade, renovation and maintenance
• Thanks to its multi-material suitability, different materials can be processed with just a single precision tool
• The special shape of the U-shape saw blade facilitates controlled plunge cuts and supports precise work results
• At the same time, the compact design enables precise working in hard-to-reach areas where conventional cutting tools reach their limits
• The Starlock mounting ensures secure power transmission between the machine and the cutting tool
• The tool-free change is achieved with just one hand in less than three seconds
• This saves time during frequent tool changes and supports efficient workflows
• The colour coding additionally makes it easier to quickly find the right precision tool and reduces search times
• The durable bi-metal construction, the versatile application options and the precise plunging behaviour make this cutting tool a reliable solution for clean cuts in different materials - even in demanding applications and confined spaces.