WG67K(Y) series Hydraulic Bending Press Brake Manufacturer

WG67K(Y) series Hydraulic Bending Press Brake

: http://hxmachinetool.com/1-3-hydraulic-bending-press-brake.html

Introduction

The WG67K(Y) series hydraulic bending press brake's fuselage is designed by using an ANSYS finite element analysis software . It adopts a steel plate welding structure, so it can work stably and reliably.

Parameters

Model	Nominal Pressure(kn)	Bed Length(mm)	Bed Width(mm)	Poles distance(mm)	Throat depth(mm)	Slipper stroke(mm)	Max Opening Height(mm)	Slipper stroke adjust length(mm)	Oil Cylinder diameter(mm)	Main Motor(kW)	Dimension (L x W x H)(mm)
63T/2500	630	2500	160	1900	300	120	345	80	Φ140	5.5	2600 x 1500 x 2200
63T/3200	630	3200	160	2600	300	120	345	80	Φ140	5.5	3200 x 1500 x 2200
80T/2500	800	2500	160	1900	300	120	350	80	Φ160	5.5	2600 x 1700 x 2320
80T/3200	800	3200	160	1900	300	120	350	80	Φ160	5.5	3200 x 1700 x 2320
100T/3200	1000	3200	180	2500	320	120	380	80	Φ180	7.5	3200 x 1750 x 2420
100T/4000	1000	4000	180	3100	320	120	380	80	Φ180	7.5	4000 x 1750 x 2420
125T/3200	1250	3200	200	2500	320	120	380	80	Φ200	7.5	3200 x 1750 x 2550
125T/4000	1250	4000	200	3100	320	120	380	80	Φ200	7.5	4000 x 1750 x 2600
125T/5000	1250	5000	200	3800	320	120	380	80	Φ200	7.5	5000 x 1750 x 2700
125T/6000	1250	6000	200	4800	320	120	380	80	Φ200	11	6100 x 1750 x 2800
160T/3200	1600	3200	220	2400	400	200	450	80	Φ220	11	3200 x 1850 x 2800
160T/4000	1600	4000	220	3040	400	200	450	80	Φ220	11	4000 x 1850 x 2800
200T/4000	2000	4000	220	3100	400	200	450	80	Φ240	11	4000 x 2150 x 3000
200T/5000	2000	5000	220	3800	400	200	450	100	Φ240	11	5000 x 2150 x 3600
250T/3200	2500	3200	240	2200	400	200	500	100	Φ280	15	3200 x 2200 x 3400
250T/4000	2500	4000	240	3000	400	200	500	100	Φ280	15	4000 x 2200 x 3600

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Details

Front stripper
Block finger
Back gauge bed
Stroke regulator

Features

The press brake uses the method of vibration to eliminate the stress on components, making the machine more stable and reliable.
The slider is positioned by the inner mechanical block, ensuring the accuracy of positioning.
The torsion shaft synchronous mechanism uses central bearing and add eccentric adjustment mechanism.
Manual oil pump is installed on the inside of the wall plate.
The structure of the back gauge adopts the design of fine grinding, heightening the press brake's adjusting accuracy.
The position of the back gauge and the slider stroke's control are achieved by the servo motor through the transmission device, and they are displayed at numerical control screen, realizing the automation of multi-work step and multi-workpieces.
The numerical control system is chosen from DELEM, ESTUN, Tetra, or Sanyuan.