A Hydraulic Ironworker is a multi-function metalworking machine that uses hydraulic power to perform punching, shearing, notching and bending operations. This model from Punch Shear and Angle Machine is designed for punching holes, shearing plates, and fabricating parts from carbon steel in workshops and industrial settings.
Key specs: hydraulic power source; nominal force 160 kN; motor power 11 kW; voltage 220V/380V; machine weight 4.2 t; dimensions 2355×960×2090 mm; max plate thickness 25 mm (carbon steel); max punching diameter 35 mm; throat depth 400 mm; slide stroke 80 mm; punch depth 25 mm; suitable for material strength ≤450 N/mm².
The machine is specified to handle up to 25 mm thick carbon steel with a plate strength up to 450 N/mm². Cutting or punching capacity can vary with material type, hardness and tooling, so test or confirm with the supplier for other materials.
The nominal punching capacity is a 35 mm diameter hole (as specified). Actual punching capacity depends on material thickness, material grade and tooling; heavier or higher-strength materials may require smaller holes or different tooling.
The machine is listed as 220V/380V. This typically indicates compatibility with common single- or three-phase supplies or configurable motor wiring. Confirm required phase (likely three-phase), frequency (50/60 Hz) and local electrical standards with the supplier or installer prior to delivery.
Throat depth is the distance from the centerline of the punch to the vertical frame, which determines how far from the edge you can punch. This model has a 400 mm throat depth, allowing work farther in from the edge of plates or profiles.
Tooling inclusion is not specified in the provided description. Standard practice varies by supplier—some machines ship with a basic punch and die set and require separate purchase for additional tooling. Confirm included tooling and available die/punch options with the vendor.
Follow standard ironworker safety: use machine guards and barriers where provided, ensure emergency stop is functional, use two-hand controls or hold-to-run where required, wear PPE (safety glasses, gloves, steel-toe shoes), lock out/tag out before maintenance, and ensure operators are trained in safe use. Ask the supplier for available safety retrofit options and local compliance requirements.
Typical maintenance includes checking and changing hydraulic fluid and filters per manufacturer intervals, inspecting hoses and fittings for leaks, checking and tightening fasteners, inspecting punches/dies and shear blades for wear, lubricating moving parts, and monitoring hydraulic pressure and motor condition. Follow the supplier’s maintenance schedule and use recommended hydraulic oil grades.
The machine dimensions are 2355×960×2090 mm and weight is 4.2 t. Allow additional clearance for operator access, material handling and maintenance. A solid, level foundation or reinforced floor capable of supporting the machine weight and anchoring is recommended—confirm specific anchoring/foundation requirements with the supplier or installer.
Those packaging details appear to be incorrect for a 4.2 t ironworker and are likely placeholder values. Expect heavy-duty crating and much larger package dimensions and gross weight. Always confirm actual shipping size, weight, and packaging method with the vendor before arranging transport.
Many ironworker manufacturers offer customization and additional stations, CNC feeders, automatic punching systems and accessory packages. The provided description does not list customization options—contact the manufacturer or dealer to discuss available upgrades and custom configurations.
Common accessories include additional punch/die sets, shear blades for different materials, angle notcher attachments, rotary cutters, tooling kits, hydraulic hoses and seal kits, and motor/electrical spares. Verify parts availability and lead times with the supplier.
Warranty and support terms are not specified in the listing. Warranties, service contracts, installation, commissioning and spare-parts support vary by manufacturer and dealer—request warranty details, service plans and local support availability when obtaining a quote.
Contact the supplier or authorized dealer with your requirements: intended materials and thicknesses, power supply details, desired tooling and accessory needs, site access and expected production volume. Ask for a formal quote, lead time, shipping cost, installation and commissioning service, and any available demonstrations or references.
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