Reasons to use the Bevel Mate machines
Bevel faster
The unique patented design of the bevel head ensures that it can chamfer and round more quickly than the current conventional methods. Experience has shown that speeds of up to 16.5 feet (500 centimetres) per minute can be achieved here. The cutting surfaces of the bevel heads are shaped in such a way that they cut the metal ‘like a hot knife through butter’.
Bevel heads with long service life
When used carefully while beveling with the Bevel Mate® machine on construction metal, empirical figures show that 450 to 590 feet (140 to 180 metres) can be achieved with just one bevel head. For rounding, 980 to 1140 feet (300 to 350 metres) can be achieved.
Handheld bevel machines
The size and weight make it easy to get the Bevel Mate® machine to the metal. This provides more flexibility in the movement and shape of the metal to be beveled or rounded. Adjusting of the bevel depth is easy and bevel heads are replaced in a matter of seconds.
Consistent quality
The constant contact with the metal provides the most consistent cutting pattern. This cutting pattern cannot be replicated by other tools, such as cutting torches, grinding discs or flap discs. Also machines that use carbide inserts cannot achieve this level of quality. As the Bevel Mate® concept works almost spark-free, no impurities are formed and finishing is not required.
Minimum physical effort
The Bevel Mate® machines are very light and ergonomic, as a result of which limited physical force is required to operate the machine. While rounding and beveling, the machine rests on the metal and guiding it is the only job required. The machine with its powerful motor and the bevel head do the work, in contrast to working with cutting torches, flap discs or grinding discs.
Safe and healthier working
The chips are large and heavy, causing them to drop to the ground immediately, rather than ending up in the machine or in the air as fine dust. The Bevel Mate® concept provides reduced-sparking machining and adds minimum heat to the metal, preventing any hazardous smoke or gas formation.
