Kawasaki Hydromechanics FMP2-1500S Hydraulic Press 1500 Ton – Year 2014
Kawasaki 1500 ton Hydraulic Press
Maker: Kawasaki Hydromechanics
Model: FMP2-1500S
Year of Manufacture: 2014
Technical Condition: Excellent
State: Under Power
Capacity: 1500 ton
Max Pressure: 25 Mpa
Slide Stroke: 2800 mm
Daylight: 3500 mm
Bolster Area: 3500 mm x 2500 mm
Type: H-Frame
Table Length: 2500 mm
Table Width: 3500 mm
Distance Between Columns: 3800 mm
Front Moving Bolster: Yes
Power in tons 1500 T
Type H-Frame
Table length 2500 mm
Table width 3500 mm
Ram stroke 2800 mm
Distance between columns 3800 mm
Kawasaki Hydromechanics FMP2-1500S Hydraulic Press – Technical Evaluation (Year 2014)
1. Technical Evaluation Overview
The Kawasaki Hydromechanics FMP2-1500S is a heavy-duty H-frame hydraulic press manufactured in 2014, with a stated capacity of 1,500 tons. Based strictly on the provided information, the press operates at a maximum system pressure of 25 MPa and features a ram (slide) stroke of 2,800 mm with a maximum daylight of 3,500 mm.
The working area is defined by a bolster/table size of 3,500 × 2,500 mm, and a distance between columns of 3,800 mm, indicating accommodation for very large tools and workpieces. The press includes a front moving bolster, which supports tool handling and changeover for large dies. The machine is described as being under power and in excellent technical condition.
Key technical parameters not provided include ram speed (approach/press/return), hydraulic pump configuration, control system type, energy consumption, and tooling interface details. These omissions should be verified during inspection.
2. What to Check Before Buying
Considering the size, force level, and missing details, the following inspections are technically relevant:
Mechanical structure:
Inspection of the H-frame structure for signs of deformation, fatigue, or uneven load distribution.
Verification of column alignment and parallelism across the full 2,800 mm stroke.
Condition and flatness of the 3,500 × 2,500 mm bolster/table, including wear patterns and mounting provisions.
Hydraulic system:
Functional testing of the hydraulic system at operating pressure up to 25 MPa, including pumps, valves, seals, and hoses.
Verification of pressure stability and response during full-load operation.
Inspection of cylinders for leakage, scoring, or abnormal noise throughout the stroke.
Motion and safety:
Performance of the ram across approach, working, and return movements (speed values not specified and must be confirmed).
Operation and alignment of the front moving bolster, including guidance and locking mechanisms.
Verification of installed safety systems (light curtains, guards, emergency stops), which are not detailed in the provided data.
Electrical and control system:
Identification and functional testing of the control system (PLC/HMI type not specified).
Review of alarms, interlocks, and operating modes.
Confirmation of electrical supply requirements and cabinet condition.
3. Typical Industrial Applications
Based strictly on the stated force, stroke, and working area, this press is technically suitable for:
Heavy-duty forming operations such as deep drawing, stamping, and forming of large components.
Pressing, straightening, or assembly operations requiring very high tonnage and long stroke capability.
Industrial applications involving large dies and tooling where a moving bolster improves handling efficiency.
Specific material thickness ranges, forming speeds, and production suitability cannot be determined from the provided information.
4. Common Risks in Used Machines
For used hydraulic presses of this capacity class, typical risks include:
Hydraulic wear or leakage, especially in high-pressure components and large cylinders.
Frame or alignment issues, which can affect die life and part quality.
Control system limitations, depending on the age and configuration of the installed controls.
Incomplete documentation, such as missing hydraulic schematics, electrical drawings, or maintenance records.
5. Maintenance and Service Considerations
With no detailed service history provided, maintenance considerations are limited to general technical points:
Regular inspection of hydraulic oil quality, filtration, and sealing components is critical for long-term reliability.
Periodic checks of frame alignment, ram guidance, and bolster mechanisms are essential at this tonnage level.
Control parameters and safety settings should be backed up and documented before operation.
Any refurbishment or long-term service planning should be based on a thorough on-site inspection and functional testing rather than assumptions about maintenance intervals or spare part availability.
Final Note:
The Kawasaki Hydromechanics FMP2-1500S, as specified, is a large-capacity hydraulic press with substantial stroke and working area.A complete and reliable technical evaluation requires verification of hydraulic performance, control system configuration, safety equipment, and documentation through direct inspection and testing.
