Ironworker

Hydraulic Ironworker

Configure the Q35Y hydraulic ironworker around your punching, plate and profile shearing, notching, tooling and workshop-handling requirements.

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Technical specifications

Technical Specifications

Select one of the seven Q35Y models. The shearing data apply to material strength up to 450 N/mm². For Q35Y-50, the maximum shearing thickness is 12 mm. The thickness–width combination per stroke is awaiting engineering confirmation.

Model	Q35Y-50	Q35Y-60	Q35Y-90	Q35Y-120	Q35Y-160	Q35Y-200	Q35Y-250
Pressure (T)	50	60	90	120	160	200	250
Max. Shearing Thickness (mm)	12	16	20	25	30	40	50
Material Strength (N/mm²)	≤450	≤450	≤450	≤450	≤450	≤450	≤450
Shearing Angle (°)	7°	7°	8°	8°	8°	8°	8°
Plate shear per stroke · pair A · thickness (mm)	Pending confirmation	16	20	25	30	35	40
Plate shear per stroke · pair A · width (mm)	Pending confirmation	250	330	330	335	400	400
Plate shear per stroke · pair B · thickness (mm)	Unconfirmed	8	10	16	20	25	30
Plate shear per stroke · pair B · width (mm)	Unconfirmed	400	480	600	600	700	750
Ram Stroke (mm)	35	80	80	80	80	80	80
Strokes per Minute	10-18	9-25	12-28	12-28	12-28	10	10
Throat Depth (mm)	115	300	355	400	600	600	600
Max. Punching Thickness (mm)	12	16	20	25	28	35	40
Max. Punching Diameter (mm)	25	25	30	35	28	40	40
Main Motor (KW)	4	5.5	7.5	11	11/15	15/18.5	18.5/22
Overall Dimensions (L x W x H) (mm)	950×550×1800	1640×730×1770	1860×800×1900	2355×960×2090	2680×1040×2300	2970×1240×2350	3000×1440×2450

Application inputs

Match the Q35Y stations to your work

An ironworker is selected from the operations, profiles, tooling clearances and handling path—not from force alone.

Material and profile

Provide grade, plate thickness, angle/channel/bar/round sections and surface condition.

Operations and tooling

Identify punching, plate or profile shearing, angle cutting and notching tasks with hole geometry and tool clearances.

Batch and handling

Share part lengths/weights, batch mix, feed/support method, station sequence and operator workflow.

Site and acceptance

Confirm destination power, access, safeguarding and the representative-part measurements for each required operation.

Machine in operation

See Hydraulic Ironworker Machine in operation

Watch the Q35Y operating sequence, then compare each station, tooling and material-handling task with your parts.

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Product systems

Inside the Q35Y working stations

Choose an ironworker by the operations you need to perform. Punching, angle cutting, bar cutting, notching and plate shearing each have their own tooling, clearance and capacity limits.

Punching station

Create holes with matched tooling

The punching station uses a matched punch and die to make the required hole. Tool shape, throat depth and access determine which workpieces can be positioned.

Check the hole size, material thickness and station capacity together. Specify the required punch and die set for the chosen Q35Y model.

Angle cutting station

Prepare angle sections

The angle-cutting station cuts angle stock with its designated blade arrangement. Workpiece access and the blade set determine how the section sits at the cut.

Use the selected model for section capacity. Evaluate the required cut face and dimensional result on the intended material.

Bar and profile cutting

Match the blade to the section

For round bar, square bar, angle or channel, specify the section dimensions, cut angle and material grade. ADH can check these against the selected machine and blade set.

Confirm the blade set, section dimensions and material. A capacity stated for one shape should not be applied to another.

Notching station

Make the required corner or recess

The notching station removes material with a dedicated tool set. The notch shape and available access determine whether the workpiece can be located correctly.

Compare the required geometry, stock thickness and finished-cut requirement with the selected station and tooling.

Plate shearing station

Cut plate within the station envelope

The shearing station separates plate between its blades. Thickness, cut width, blade clearance and support all affect the usable task.

Read the station-specific capacity for the intended material. Check how the plate and offcut will be supported and removed.

Hydraulics and stock handling

Hydraulic valve assemblies and connected lines in the ironworker drive system

Hydraulics

Supply force to the working station

The hydraulic circuit supplies force to the selected punching, cutting or notching station.

Review the selected model and its station-specific operating requirements.

Q35Y ironworker showing access to its multiple working stations

Stock handling

Plan access for each stock shape

Long bar, angle and plate need practical feed, support and offcut routes.

Check stock dimensions against station clearances, operating controls and guarding. Identify the required handling equipment.

Station-specific trial

Ironworker punches, dies and cutting tools in several profiles

Test the operations you will use

A useful trial covers the actual punching, cutting or notching tasks in your workload. Inspect hole positions, cut dimensions and finish as applicable.

Use the agreed tools, material and drawing. Assess each operation against its own Q35Y station limit and inspection criteria.

Configuration boundary

Q35Y tooling and configuration options

Use the selected Q35Y model for punch, plate-shear and throat dimensions. For profile shearing or notching, include a section drawing and the required cut so the station and tooling can be confirmed.

Published model data

Compare Q35Y-50 through Q35Y-250 models by the capacity of each required station.

Ordered station package

Punch, shear, angle/notch tooling, hydraulic/control details and safeguards follow the selected model and quotation.

Operation validation

Run the agreed material and operations, then record dimensions, edge/cut quality, sequence and handoff checks.

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.

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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.

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Contract scope

Service and warranty scope

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

Review service scope

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.