90T Dual Cylinder Hydraulic Ironworker

It is a multifunctional metalworking machine designed for punching, shearing, and bending metal sheets and other general fabrication tasks in small workshops and large production facilities.

"90T" refers to the machine's nominal capacity (approximately 90 tons / 650 kN). "Dual Cylinder" means the ironworker uses two hydraulic cylinders for its main operations, which improves stability, force distribution and performance on heavier jobs.

Key specs: hydraulic power source, nominal force 650 kN, motor power 11 kW, weight 3.8 t, dimensions 2680 × 1040 × 2300 (L×W×H), available voltages 220V/380V or customized, two-year warranty.

The machine is available for 220V, 380V or customized voltages. It typically requires a three-phase industrial supply—confirm required phase and local wiring details with the supplier or an electrician before installation.

Standard tool sets vary by supplier. Some packages include a basic punch and die set; others sell tooling as optional extras. Confirm with your vendor which tooling is included and which items must be purchased separately.

Performance depends on the material type, tooling, and operation (punch, shear, bend). The nominal force of 650 kN supports heavy jobs, but exact capacity for a given material/thickness should be confirmed with the supplier or by providing sample material and required operations.

Use appropriate PPE (gloves, eye protection, hearing protection). Ensure guards are in place, use the emergency stop, follow lockout/tagout procedures for maintenance, and only allow trained operators to run the machine. Refer to the machine manual for specific safety requirements.

Perform daily visual checks (hydraulic hoses, fluid level, fasteners), keep tooling sharp and clean, and monitor hydraulic system for leaks or contamination. Follow the manufacturer's manual for recommended fluid change intervals, filter replacement and periodic professional servicing.

The machine comes with a two-year warranty. Warranty scope (components covered, exclusions, and start date) is set by the supplier—review the warranty terms provided at purchase for full details.

Installation typically requires a level, stable floor (often bolted to the shop floor), appropriate electrical connections, and sometimes a concrete pad depending on local practice. Have a qualified electrician and/or technician perform installation and initial setup according to the supplier's instructions.

Common options include additional punch/die sets, angle shearing and notching attachments, backgauges, foot pedal or two-hand controls, customized voltage or control packages, and additional safety guards—availability depends on supplier.

Basic checks: verify power supply and emergency stop status, inspect fuses and wiring, check hydraulic fluid level and for visible leaks, ensure valves and controls are in correct positions. For low force, check fluid contamination, air in system, or worn seals. Contact the supplier or a qualified technician for repair if basic checks don't resolve the issue.

Spare part availability depends on the manufacturer or distributor. Common consumables (seals, filters, standard punches/dies) are typically stocked. Ask your supplier about recommended spare parts and lead times before purchase.

Cycle time depends on the operation, tooling, material thickness and operator. The machine is designed for efficient production, but exact throughput figures should be determined through application testing or by consulting the supplier with your part specifications.

Due to its 3.8 t weight and size, the machine is shipped on a pallet or skid and usually requires forklift or crane handling. Confirm packaging, freight terms, and on-site lifting/receiving requirements with the vendor before delivery.