|
Maximum cut off stock
|
|
Cutting at angle 90 °
|
in
|
10.24
|
|
10.24×10.24
|
|
11.811×7.87
|
|
Bundle clamping capacity max.
|
in
|
x
|
|
Material support height
|
in
|
29.13
|
|
Stock feeding:
|
|
|
|
single
|
in
|
23.62
|
|
repeatedly
|
in
|
x
|
|
Shortest length of residual piece in automatic mode
|
in
|
3.937
|
|
Saw band speed
|
m/min
|
15-100
|
|
Saw band dimensions
|
in
|
3660x27x0,9
|
|
Drive power:
|
|
|
|
Saw motor
|
hp
|
29.49
|
|
Coolant pump
|
hp
|
16.08
|
|
Hydraulic motor
|
hp
|
49.59
|
|
Chip brush
|
hp
|
|
|
material feed
|
hp
|
12.06
|
|
Overall dimensions:
|
|
|
|
length
|
ft
|
6ft 6.74
|
|
width
|
ft
|
3ft 3.37
|
|
height
|
ft
|
4ft 0.03
|
|
Net weight
|
lb
|
1455
|
Description
The model OL 261 A is a hydraulic high efficiency bandsaw cutting machine conventionally controlled designed for straight cutting. This model OL 261 A is a swing frame type machine and it is for industrial usage.
The bandsaw cutting machine OL 261 A is designed for profitable cutting of solids, pipes and profiles of ferrous and non-ferrous metals.
The machine OL 261 A belongs to the category of automatically operated machines, equipped with a hydraulic system, allowing automation of many working operations such as feeing and clamping of the material, saw bow movement up and down, getting away of the cut bars and a cutting force control. This machine is equipped with a system for automatic tracking of the cutting speed and the cutting force. In case of the cutting force increasing the saw bow reduces automatically the feeding speed to its aning and after that smoothly this speed increases to reaching the previously set value of the saw blade cutting force.
Saw bow feeding – hydraulically;
Saw bow lifting – hydraulically;
material feeding by length of cutting – automatically by a roller type feeding vice;
Material clamping – manually, once at the initial material loading on the machine;
Saw blade tensioning – manually;
Cutting length setting – manually;
Movable bandsaw guide adjustment – manually;
Higher accuracy and wearing out resistance
Higher productivity and reliability
Simple maintenance and minimum floor area requirement
