เครื่องบากเหล็กแผ่นและท่อ เครื่องปาดหน้าแปลน

Machine a bevel in a metal plate with a chamfer angle of 15° to 80° at a linear travel speed of up to 1.4 meter/minute. The standard model ART.900 Plus machine will bevel plates with a thickness from 8 mm to 60 mm, with options to bevel a thickness less than 8 mm, or 8 mm to 200 mm. 

Motor Power
230/400 Volt, 3 Phase
4kw (4000W), 50/60 Hz

Bevel Length
max 55 mm

Bevel Angle
15° – 80°

Plate Thickness
8 mm – 60 mm (*) 8 mm – 100 mm

Feeding Speed
0 -1.4 mt/min

PORTABLE CHAMFER MILLING MACHINE
K-HFM/KaKi 2014-1-8-E

45°, 30°, 60° chamfers

The most economic way to mill 45°, 30°, 60° chamfers. The chamfer milling machine is used whenever predefined chamfers must be machined and is employed for the preparation of weld seams. This handy and powerful machine can also be utilised to produce visible edges. Furthermore, the machine can also be used to deburr sharp corners safely. Equipped with a radial mechanical stop, which is used as guide roller, the tool can also be used to machine inside contours and pipes.

Application range
· Sheet metal, pipes, flanges, inside contours, bores, etc.
· Steel, aluminium, stainless steel, castings, non-ferrous, metals, and plastics

Bevelling machine with variable speed

1,800 W / 24.5 kg

The Euroboor B60S bevelling machine has a maximum bevel width of 24 mm, at an angle of 45˚, which is unique in the market. Furthermore, this machine benefits from an exceptional powerful 1800 W motor making this machine very suitable for not only cutting stainless steel but a wide variety of materials. The Euroboor B60S is equipped with overload protection and has a variable speed, including material type indicator. This machine is suitable to cut both plate and pipe material.

The ID-Mounted beveling machine operation utilizes an expandable mandrel which is slid into the open end of the pipe. A draw nut is tightened, which expands the mandrel blocks up a ramp and against the ID surface for positive mounting, self centered and squared to the bore. As the tool bit is fed into the material from the end, a bevel is produced which conforms to the angle predetermined by the angle ground into the bit. Bits are available for practically any material or beveling angle required, and bits can be custom made for any form tooling operation.