all-electric press brake WADG

The image is for reference. Actual appearance and configuration may vary.

Force, kN: 30–1600
Bending length, mm: 200–3200
Control: CNC

WADG-3T/200, WADG-6T/400, WADG-12T/600, 10T/500, 20T/800, 30T/1250, 40T/1300, 50T/1600, 60T/2000, 80T/2500, 100T/3200, 160T/3200

Electric servo drive for controlled ram motion without a main hydraulic system. The family includes compact presses and full-size configurations for sheet-metal parts.

Servo drives and screw transmissions control ram movement, with feedback supporting coordinated motion. Backgauge, clamping and controller are selected for the parts. Eliminating the main hydraulic drive does not eliminate lubrication, adjustment or scheduled mechanical maintenance.

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Purpose and distinguishing features

Suitable applications

Small enclosures, panels, brackets, instrument components and serial sheet products. Selection depends on bend length, force and geometry, not drive type alone. Tall flanges and boxes require checks of daylight and tool access.

WADG all-electric press brake

WADG uses electric drive instead of a main hydraulic system. This changes maintenance and ram-motion characteristics, but material, bend length and tooling still determine selection. For repeat enclosure parts, compare the complete cycle including feeding and repositioning.

Technical specifications

WADG all-electric press brake
Model	Force, kN	Bending length, mm	Approach speed, mm/s	Ram working speed, mm/s	Return speed, mm/s	X-axis travel, mm	X-axis speed, mm/s	R-axis travel, mm	R-axis speed, mm/s	Distance between columns, mm	Throat depth, mm	Ram stroke, mm	Daylight, mm	Main motor, kW	Machine weight, t	Dimensions L × W × H, mm
WADG-3T/200	30	200	200	1–30	200	—	—	—	—	300	—	120	420	2	0.32	700 × 700 × 1980
WADG-6T/400	60	400	200	1–30	200	—	—	—	—	370	160	120	420	3	0.56	750 × 750 × 1980
WADG-12T/600	120	600	200	1–30	200	—	—	—	—	450	200	120	420	5.5	0.76	850 × 850 × 2080
10T/500	100	500	180	0.15–30	180	200	400	80	200	510	200	150	420	6	1.2	640 × 980 × 1250
20T/800	200	800	250	0.15–30	250	400	500	150	200	680	250	150	420	15	3.3	1200 × 1560 × 2450
30T/1250	300	1250	250	0.15–30	250	400	500	150	200	900	250	150	420	20	4.3	1460 × 1660 × 2470
40T/1300	400	1300	250	0.15–30	250	400	500	150	200	920	255	150	420	2 × 15	4.7	1700 × 2050 × 2280
50T/1600	500	1600	250	0.15–30	250	400	500	150	200	1250	255	150	420	2 × 15	5.1	2200 × 2050 × 2280
60T/2000	600	2000	250	0.15–30	250	500	500	150	200	1600	300	200	470	2 × 20	5.9	2700 × 2150 × 2380
80T/2500	800	2500	200	0.15–30	200	500	500	150	200	2000	460	200	470	2 × 25	9.3	3000 × 2250 × 2380
100T/3200	1000	3200	200	0.15–30	200	500	500	150	200	2700	460	200	470	2 × 25	11.5	4000 × 2450 × 2580
160T/3200	1600	3200	200	0.15–30	200	500	500	150	200	2700	460	250	520	3 × 25	12.9	4000 × 2450 × 2780

Choosing a configuration

The table distinguishes the small WADG-3T/200, 6T/400 and 12T/600 entries from the factory page and 10–160 t formats from its electric brochure. The main image shows 100T/3200. Speeds, axes and geometry are not transferred between configurations; unconfirmed values remain unfilled.

Force, length, controller, backgauge axes, clamps, tooling and protective devices. Compare cycles on your parts against required tolerances. Maximum table speeds describe machine movements, not a guaranteed number of finished products per shift.

Discuss configuration

Send a drawing or photograph of the part, material, thickness, blank size and required output. This lets us compare configurations against your job, not just their power rating.

Tell us what you would like to clarify. Add drawings, photos or the required configuration reference to your request if available.

Discuss configuration

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