Professional new wood thicknesser MOTO530

Spring-loaded pressure bars and double

out feed rollers design prevent vibration

of very thin work pieces during thicknessing.

 

Description

Professional new wood thicknesser MOTO530

Thicknesser planer

Specification
MODEL MOTO 530
Max. working width
x height
530x300mm
Cutterblock diameter 120mm
Max. cutting depth 8mm
Feeding speed 5-20 MT/l’
Number of knives 4°-30x530x3 N°mm
Cutterblock rotation
speed
4800g/l’
3-phase motor
power cutterblock
7,5HP (5,5KW)
Work table
dimensions
1050x532mm
Min. working length 280mm
Power of the motor
for feeding
0,75HP (0,55KW)
Power of the motor
for rise/fall
0,5HP (0,33KW)
Extractor port Dia. 170mm
Net/Gross weight 800/870kgs
thicknesser packing
Feature
Variable speed infeed by inverter suit for all types of finish required.
Cast iron table mounted on 4 heavy pillars for excllent support and accurent without any locking.
Spring-loaded pressure bars and double out feed rollers design prevent vibration of very thin work pieces during thicknessing.
Professional electrical box. Frequency conversion control feeding speed.
Independent module, bringing better strength and higher stability.
Plc control + magnetic grid induction help to reduce positioning time and high precision.

1.Spiral infeedroller guarantees an efficient feed motion of the wood and a good quality.

2.4 sturdy columns support the thicknesser.

3.Stepless feeding of the wood: speeds of 5 to 22m/min.

4.Frequency conversion control feeding speed.

5.Every system (up and downfeeding and outputmain shaft) all have independent motor.

6. Both PLC automatic control and Manual control.

Real Live Photos

More about wood machinery MOTO 530 planer thicknesser price , Feel free to contact us.

Additional information

Cast iron table

Cast iron table mounted on 4 heavy pillars for excllent support and accurent without any locking.

Variable speed infeed

Variable speed infeed by inverter suit for all types of finish required.

Electronic positioner

Electronic positioner help to reduce positioning time and high precision.