It is designed for punching, shearing and notching metal plate, bar and profiles for fabrication, repair, construction and production of metal components.
Key specs: electrical power source, nominal force 500 kN, motor power 3.0 kW, weight 0.7 t (700 kg), dimensions 900 × 600 × 1250 mm, available in red or yellow.
Nominal force (500 kN) is the maximum hydraulic force the unit can produce. Actual cutting or punching capacity depends on material type, thickness, tooling and geometry—force alone does not directly specify maximum thickness.
Capacity depends on material shear strength, thickness and perimeter to be cut. Use the general estimation: required force ≈ shear strength × thickness × cut perimeter, and compare to 500 kN. For accurate capacities request the supplier’s tooling/force charts.
Tooling is not specified in the basic description; standard punches/dies or optional tooling packages are commonly offered—confirm with the seller which tools are included or available as accessories.
The motor is rated at 3.0 kW. Exact voltage and phase (e.g., 230 V single-phase, 400 V three-phase) and starter requirements depend on the configured motor—verify the machine’s voltage/phase option with the supplier before installation.
The machine footprint is 900 × 600 mm and height 1250 mm. Allow additional clearance for operator access, material handling and maintenance (recommend at least 1 m clearance around). A level, stable floor capable of supporting ~700 kg is required.
At 0.7 t (approximately 700 kg) it is compact but not hand-portable; movement requires a forklift, pallet jack rated for the weight, or a crane. Check whether the machine includes lifting points.
Use machine guards, fixed or interlocked barriers where possible, emergency stop, appropriate personal protective equipment (gloves, eye and hearing protection), and follow two-hand or other safe operating procedures. Ensure operators are trained and local safety regulations are followed.
Regular checks include hydraulic fluid level and condition, filters, seals, bolts and fasteners, tooling wear, lubrication of moving parts and periodic hydraulic system inspection. Follow the supplier’s maintenance schedule for oil change intervals and component inspection.
Yes, it can process different metals, but capacities and tooling choices vary by material. Harder materials (like some stainless steels) require appropriate tooling and may reduce maximum thickness capability—consult the supplier for recommended tooling and parameters.
The product listing notes 'Service' is provided. For details on installation, commissioning, training, spare parts availability and warranty terms, contact the seller or manufacturer to get the specific service package and warranty documentation.
Order spare punches, dies, seals and hydraulic consumables through the manufacturer or authorized dealer. Provide the machine model and serial number to ensure correct parts; keep a basic spare parts list on hand for common wear items.
Operators should be trained in ironworker-specific controls, safe material handling, tool changes, basic troubleshooting and emergency procedures. Training should be provided by the seller, manufacturer or qualified trainer and documented per workplace safety rules.
Confirm the machine model, included tooling and accessories, motor voltage/phase, any factory-installed options, absence of shipment damage, presence of lifting points, and that your site has the correct power supply and a suitable, level floor. Arrange for trained personnel for initial setup and testing.
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