New 2025 INDOTECH LMGA 1300 SA | Horizontal bandsaw

1.1 Technical Specifications:
 Cutting Capacity
o Round 51’’ Dia
o Square 51’’ x 51’’ mm Dia
o Rectangle 51’’ x 51’’ mm Dia
 Saw Band Dimensions 41’ 4’’ x 3’3’’ x 0.06
 Main Motor Power 20.0 HP
 Hydraulic Motor 3.0 HP
 Coolant Motor 0.33 HP
 Cleaning Brush Motor Power 0.16 HP
 Blade Speed 65-265 SFPM
 Machine Electrical Equipment:
o Supply Voltage ~ 3 x 480V, 60 Hz
o Protection Degree IP 54
1.2 Approximate Machine Dimensions:
 Length 220 ‘’
 Width 70’’
 Height 160’’
 Net Weight 32500 lbs approx.
PIC TORIAL DESCRIPTION OF MAIN TECHNICAL FEATURES
 Bow is made in electrowelded
and stabilized
steel.
 Bow and main column
are filled in with concrete
polymer.
 Column pre-welded and
machined in single
setting for most accurate
parallelism.
State of the art
Four Point Pillar
Type Hydraulic
Blade
Tensioning
2.1 Columns and Bow 2.2 Automatic
Blade
Tensioning
Special bearing housing with
heavy duty Cylindrical Roller
bearing to isolate the Gear Box
from the load of blade
tensioning.
2.2 Automatic
Blade
Tensioning
State of the art
Four Point Pillar
Type Hydraulic
Blade
Tensioning
2.3 Power
Transmission
High efficiency power
transmission to Saw
through HELICAL
GEARED MOTOR
2.4 Bearing Housing 2.5 Blade Guiding
Automatically
Adjustable, Dove-tail
Type Heavy Duty
Movable Blade Guides.
High efficiency power
transmission to Saw
2.5 Blade Guiding
Automatically
Adjustable, Dove-tail
Type Heavy Duty
Movable Blade Guides.
2.6 Variable Frequency
Drive
A.C. frequency control
drive for infinite
variation of band speed
through control panel.
2.7 Hydraulic Power
Pack
Separate Hydraulic
Power Pack for easy
maintenance with a
tank of 80 Litre.
2.8 Hydraulic
Cylinder
Double acting
Hydraulic Cylinder for
Main Vice.
2.9 Saw Frame
Movement
Saw Frame
movement on prehardened
and preloaded
LM guides
for friction free
movement
2.10 Electrical
Control
Ergonomically
designed
Electric Control
Panel.
2.11 Pressure Valve
Specially designed pressure valve to
accurately balance the saw frame
during cutting operation depending
on material being cut, thereby
resulting in much better tool life.