Top Seller
BAILEIGH CM-50DS Double Sided Beveling
Location:
Port Orange, FL
Price:
$22,325 USD
Manufacturer:
Baileigh
Model:
CM-50DS
Weight:
640 lbs.

Specifications

Condition:
new
Stock number:
CM-50DS
Motor:
1.5 HP
Warranty:
1 YEAR
Bevel angle:
15° to 60° Variable
Chamfer size:
0 – .236"
Milling head:
3.34" with 5 Inserts
Chamfer angle:
15 – 45°
Cutting motor:
5.25 HP
Cutting speed:
0-3.9F/min.
Feeding motor:
1/8 HP
Shipping weight:
640 lbs.
Min. material dim:
7.8" x 3.93" x 2.75"
Material thickness:
3.275" to 2.75"
Shipping dimensions:
33" x 49" x 62"
Max. bevel width (15°):
2.44"
Max. bevel width (45°):
2"
Max. material thickness:
Unlimited

Description

ITEM: Double Sided Beveling Machine
MAKE: BAILEIGH®
MODEL: CM-50DS
Product Features
The CM-50DS is a unique double sided beveling machine for steel, stainless steel, aluminum, or any shearable material. This great metal chamfering machine is very versatile and can act like many machines built into one
Automatic feeding, automatic feed speed adjustment with inverter
High speed milling head with very resistant inserts
15-60° infinitely variable angle, without replacing any parts
Material thickness .275” – 2.75” or 7 - 70 mm
The electric circuit is enclosed in a dust proof box and is equipped with all the safety devices necessary
Conforms to CE regulations
Included manipulator stand for the CM-50DS provides a simple quick 180° rotation to create double sided bevels
The unique clamping system allows the CM-50DS to be assembled and disassembled within a few seconds without using any tools
The operator does not need a crane to rotate the material. There is a significant saving of work time
The stand for the CM-50DS is "floating" and can compensate for the unevenness of the floor or the deformations of the steel plate
Stand allows the easy manipulation of the beveller
The required height of the machine can be set up by a easy to use lift handle
Movement of the machine is provided by massive wheels mounted on the carriage
The CM-50DS also includes a table for smaller material processing without sacrificing the bevel capacity