Heavy-Duty Press Brake | WAD

Large Press Brake

A reinforced WAD platform for long and high-force forming, with electro-hydraulic synchronization and crowning configured to the load case.

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Technical specifications

Heavy-duty WAD technical specifications

Select the 400–1,200 tonne WAD model and its motor and pump combination. Compare force, bending length and machine dimensions together when planning the foundation, lifting route and tooling. Other drive options are listed separately below.

Heavy-duty WAD 2026 drive configurations

Model	Bending Force	Bending Length	Approach Speed	Working Speed	Return Speed	X Stroke	X Speed	R Stroke	R Speed	Column Distance	Throat Depth	Ram Stroke	Open Height	Main motor	Pump displacement	Weight	Overall Dimensions
Unit	kN	mm	mm/s	mm/s	mm/s	mm	mm/s	mm	mm/s	mm	mm	mm	mm	kW	ml/r	t	L×W×H mm
WAD-400T/4000	4000	4000	80	8	80	980	200	Confirm for selected drive	40	3100	500	300	610	30	50	24.8	4300 × 3375 × 3180
WAD-400T/5000	4000	5000	80	8	80	980	200	200	40	3800	500	300	610	30	50	28.6	5300 × 3375 × 3330
WAD-400T/6000	4000	6000	80	8	80	980	200	200	40	4800	500	300	610	30	50	34	6300 × 3375 × 3530
WAD-500T/4000	5000	4000	120	8.5	90	980	220	200	40	3100	500	300	610	37	64	30.5	4300 × 2700 × 3500
WAD-500T/5000	5000	5000	120	8.5	90	980	200	200	40	3800	500	300	610	37	64	36.2	5300 × 2700 × 3500
WAD-500T/6000	5000	6000	120	8.5	90	980	200	200	40	4800	500	300	610	37	64	41.8	6300 × 2700 × 3600
WAD-600T/4000	6000	4000	80	8.5	85	980	200	200	40	3100	600	320	650	45	80	43.1	4300 × 3300 × 3900
WAD-600T/5000	6000	5000	80	8.5	85	980	220	200	40	3800	600	320	650	45	80	48.3	5300 × 3300 × 3900
WAD-600T/6000	6000	6000	80	8.5	85	980	200	200	40	4800	600	320	650	45	80	54.2	6300 × 3300 × 3900
WAD-800T/4000	8000	4000	80	8	90	980	220	200	40	2800	600	320	800	55	100	57	4250 × 3500 × 4100
WAD-800T/5000	8000	5000	80	8	90	980	220	200	40	3700	600	320	800	55	100	66	5300 × 3600 × 4420
WAD-800T/6000	8000	6000	80	8	90	980	200	200	40	4600	600	320	800	2 × 30	2 × 50	74	6300 × 3600 × 4300
WAD-800T/8000	8000	8000	80	8	90	980	200	200	40	6300	600	320	800	2 × 30	2 × 50	87.5	8300 × 3600 × 4500
WAD-1000T/5000	10000	5000	80	8.5	100	980	200	200	40	3600	600	400	920	2 × 37	2 × 64	78	5260 × 4410 × 4260
WAD-1000T/6000	10000	6000	80	8.5	100	980	200	200	40	4600	600	400	920	2 × 37	2 × 64	88	6260 × 4410 × 4460
WAD-1000T/7000	10000	7000	80	8.5	100	980	200	200	40	5600	600	400	920	2 × 37	2 × 64	96	7310 × 4410 × 4680
WAD-1000T/8000	10000	8000	80	8.5	100	980	200	200	40	6300	600	400	920	2 × 37	2 × 64	106	8300 × 4410 × 4980
WAD-1200T/5000	12000	5000	80	8.5	80	980	200	200	40	3500	600	400	920	2 × 45	2 × 80	97	5280 × 4620 × 4260
WAD-1200T/6000	12000	6000	80	8.5	80	980	200	200	40	4500	600	400	920	2 × 45	2 × 80	106	6280 × 4620 × 4560
WAD-1200T/7000	12000	7000	80	8.5	80	980	200	200	40	5300	600	400	920	2 × 45	2 × 80	113	7280 × 4620 × 4860
WAD-1200T/8000	12000	8000	80	8.5	80	980	200	200	40	6300	600	400	920	2 × 45	2 × 80	123	8280 × 4620 × 5060

Compare additional models and servo motor options

Check the named drive and pump together. Oil tank capacity, speed and weight in this comparison apply to the configuration in the selected row.

Model	Oil Tank	Bending Force	Bending Length	Approach Speed	Working Speed	Return Speed	X Stroke	X Speed	R Stroke	R Speed	Column Distance	Throat Depth	Ram Stroke	Open Height	Main Servo Motor (by brand)	Pump	Weight	Overall Dimensions
Unit	L	kN	mm	mm/s	mm/s	mm/s	mm	mm/s	mm	mm/s	mm	mm	mm	mm	kW	ml/r	t	L×W×H mm
WAD-400T/4000	800	4000	4000	80	8	80	980	200	200	40	3100	500	300	610	Estun: 26.9; Inovance: 31.2	50	24.8	4300×2700×3500
WAD-400T/5000	800	4000	5000	80	8	80	980	200	200	40	3800	500	300	610	Estun: 26.9; Inovance: 31.2	50	30	5300×2700×3500
WAD-400T/6000	800	4000	6000	80	8	80	980	200	200	40	4800	500	300	610	Estun: 26.9; Inovance: 31.2	50	35.5	6300×2700×3500
WAD-500T/4000	760	5000	4000	80	9.5	110	980	220	200	40	3100	500	300	610	Estun: 33; Inovance: 35.2	64	33.5	4300×2700×3500
WAD-500T/5000	760	5000	5000	80	9.5	110	980	200	200	40	3800	500	300	610	Estun: 33; Inovance: 35.2	64	36.2	5300×2700×3500
WAD-500T/6000	760	5000	6000	80	9.5	110	980	200	200	40	4800	500	300	610	Estun: 33; Inovance: 35.2	64	41.8	6300×2700×3600
WAD-600T/4000	1050	6000	4000	80	8.5	85	980	200	200	40	3100	600	320	650	Estun: 45; Inovance: 47.5	80	43.1	4300×3300×3900
WAD-600T/5000	1050	6000	5000	80	8.5	85	980	220	200	40	3800	600	320	650	Estun: 45; Inovance: 47.5	80	48.3	5300×3300×3900
WAD-600T/6000	1050	6000	6000	80	8.5	85	980	200	200	40	4800	600	320	650	Estun: 45; Inovance: 47.5	80	54.2	6300×3300×3900
WAD-800T/4000	1800	8000	4000	80	8	90	980	220	200	40	2800	600	320	800	Estun: 2×26.9; Inovance: 2×31.2	2×50	57	4250×3500×4100
WAD-800T/5000	1800	8000	5000	80	8	90	980	220	200	40	3700	600	320	800	Estun: 2×26.9; Inovance: 2×31.2	2×50	66	5300×3600×4420
WAD-800T/6000	1800	8000	6000	80	8	90	980	220	200	40	4600	600	320	800	Estun: 2×26.9; Inovance: 2×31.2	2×50	74	6300×3600×4300
WAD-800T/8000	1800	8000	8000	80	8	90	980	200	200	40	6300	600	320	800	Estun: 2×26.9; Inovance: 2×31.2	2×50	87.5	8300×3600×4500
WAD-1000T/5000	1700	10000	5000	80	8.5	100	980	200	200	40	3600	600	400	920	Estun: 2×33; Inovance: 2×35.2	2×64	78	5260×4410×4260
WAD-1000T/6000	1700	10000	6000	80	8.5	100	980	200	200	40	4600	600	400	920	Estun: 2×33; Inovance: 2×35.2	2×64	88	6260×4410×4460
WAD-1000T/7000	1900	10000	7000	80	8.5	100	980	200	200	40	5600	600	400	920	Estun: 2×33; Inovance: 2×35.2	2×64	96	7310×4410×4680
WAD-1000T/8000	1900	10000	8000	80	8.5	100	980	200	200	40	6300	600	400	920	Estun: 2×33; Inovance: 2×35.2	2×64	106	8300×4410×4980
WAD-1200T/5000	2300	12000	5000	80	8.5	80	980	200	200	40	3500	600	400	920	Estun: 2×45; Inovance: 2×47.5	2×80	97	5280×4620×4260
WAD-1200T/6000	2300	12000	6000	80	8.5	80	980	200	200	40	4500	600	400	920	Estun: 2×45; Inovance: 2×47.5	2×80	106	6280×4620×4560
WAD-1200T/7000	2300	12000	7000	80	8.5	80	980	200	200	40	5300	600	400	920	Estun: 2×45; Inovance: 2×47.5	2×80	113	7280×4620×4860
WAD-1200T/8000	2300	12000	8000	80	8.5	80	980	200	200	40	6300	600	400	920	Estun: 2×45; Inovance: 2×47.5	2×80	123	8280×4620×5060

Heavy-duty inputs

Plan the load, tooling and installation

Connect the workpiece and line load to frame, opening, handling, foundation and acceptance.

Material and load

Provide grade, strength, thickness tolerance, bend length, V-opening, force per metre and allowable tooling line load.

Part and opening

Define geometry, flange, part weight, stroke, open height, throat and the access needed for every bend.

Accuracy management

Record crowning, backgauge, tooling reference, long-part support and the straightness or angle method used for acceptance.

Site and lifecycle

Confirm foundation, lifting, transport split, power, hydraulic service, guarding, maintenance access and automation interfaces.

Machine in operation

See a Project-Specific Heavy-Duty System in Operation

The 3000T/9000mm video is a custom project example and does not define the standard WAD series.

Watch on YouTube (opens in a new tab)

Product systems

Inside a heavy-duty bending system

Large WAD machines combine a reinforced structure with a model-specific ram drive. Review the working length, tool load, compensation and long-part handling together.

Reinforced structure and installation

Reinforced frame of a heavy-duty CNC press brake

Reinforced structure

Carry the bending load

The frame, ram and worktable carry the load. Stress relief and machining establish the tooling and guidance references.

Match force, working length and duty to the selected machine.

Heavy-duty press-brake side frame and working clearance

Installation

Prepare for the selected machine

Foundation and installation requirements must reflect the machine's actual size and load.

Review access and site preparation with the configured working envelope.

Model-specific cylinder layout

Hydraulic valves and drive-system components for a press brake

Deliver force across the working length

Cylinder count and placement vary with the machine. The hydraulic system and ram control coordinate the selected layout through the bending stroke.

Review the exact model for hydraulic capacity, motion and force data. Multi-cylinder construction does not by itself specify finished-part accuracy.

Backgauge and long-part access

Backgauge

Locate the reference edge

The backgauge and finger arrangement establish the workpiece reference.

Walk through the bend sequence and select the required finger layout.

Long press brake with front workpiece support arms

Long-part access

Support and move heavy work

Front support and lifting equipment accommodate long or heavy parts. Opening and throat depth affect usable access.

Review geometry and the handling route throughout the bend sequence.

Tooling and deflection control

Tooling

Match the loaded bend line

Tool capacity and line load must suit the force applied over the actual bend length.

Select the tool set and part support for the intended load case.

Motor-driven crowning adjustment installed on a press-brake worktable

Deflection control

Compensate along the worktable

Crowning compensates for deflection along the working length.

Choose the arrangement for that load and check angle and straightness under agreed test conditions.

Loaded part trial

Checking a formed metal section with an angle gauge

Check the result with the planned support

A long-part trial brings positioning, tooling, ram motion and compensation together. Use the intended support and handling route so the test reflects the production task.

Record material, thickness, bend length and inspection positions. The resulting measurements apply to that selected configuration and test setup.

Model and site boundary

Heavy-duty models and project configuration

Match the machine’s capacity to the load, tooling and site requirements below.

Published model data

Compare force, working length, opening, stroke and dimensions in the model table.

Project selections

Cylinder topology, controller, axes, crowning, tooling, supports, transport split, guarding and automation follow the final load case.

Acceptance

Confirm foundation, lifting, load distribution, tooling capacity, handling and the sample or inspection method.

Explore control, tooling and support options

Explore machine options below. Confirm compatibility and included equipment in your quotation.

Control and programming

Compare controls, offline programming and machine connectivity.

CNC control system Press-brake software Connected production

Positioning and bend control

Explore backgauge, crowning and angle-measurement options for your parts.

Backgauge modification Crowning system Angle measurement Stop fingers

Tooling and part handling

Plan tool changes, part support and operator controls around the bend sequence.

Tooling clamping Follower support Wireless foot pedal

Safeguarding and drive options

Check safeguarding and drive options for compatibility with your machine and process.

Optical safety Hybrid servo drive

Before start-up

Installation and commissioning

Prepare utilities, lifting and the installation area, then coordinate start-up and handover.

Review installation support

Before production

Operator and programming training

Build the operator, programming and maintenance skills required for your delivered machine.

Explore training

In operation

Maintenance and troubleshooting

Get support with the machine model, serial number and a clear description of the issue.

Request technical support

Planned spares

The right spare parts

Identify your machine and component so our team can check compatibility and availability.

Request service or parts

Self-service

Operation and maintenance videos

Find video guidance for operating and maintaining your ADH machine. Check relevance to your model and configuration.

Browse support videos

Contract scope

Service and warranty scope

Your quotation or contract defines included services, warranty, exclusions and responsibilities.

Review service scope

Explore applications in your industry

See equipment options for the parts your industry produces.

Project enquiry

Discuss your project

Tell us what you want to make or improve. Technical details and drawings can follow.

Material, thickness and part size
Drawings and production volume
Location and project timing

Contact ADH

Start a machine enquiry

Name, email and a short description are enough to begin.