Delivers 630 Ton and 800 Ton Mechanical Press to Fenese
At Ales Pres, we continue to provide high-quality and reliable press solutions to meet the manufacturing needs of our clients.…
Mechanical press machines, based on the eccentric principle, are among the most ideal solutions for high-speed and continuous production needs. At ALES PRES, we meet your metal forming requirements with our mechanical presses that stand out with robust construction and reliable performance.
Why Choose ALES PRES Mechanical Press Machines?
At Ales Pres, we continue to provide high-quality and reliable press solutions to meet the manufacturing needs of our clients.…
The eccentric mechanical press is a vital machine that provides high efficiency in metalworking, forming, and manufacturing industries. With its…
Ales Pres, we continue to provide reliable solutions for industrial manufacturing. Recently, we successfully completed the assembly and delivery of…
Feature | Value |
Mechanism | Eccentric |
Drive Type | Mechanical Drive |
Transmission System | Eccentric shaft or Gear-to-Eccentric |
Capacity | From 100 Tons to 2.500 Tons (custom-built upon request) |
Stroke Length | From 50 mm to 800 mm (custom-built upon request) |
Stroke Rate | From 10 spm to 250 spm (custom-built upon request) |
Number of Pressure Points | 1 / 2 / 4 Connecting Rods, Depending on Press Type |
Table Size | From 1,000 mm to 6.500 mm (custom-built upon request) |
Optional Features | Anti-vibration springs, movable safety guards, quick die change systems (QDCS), sound insulation cabin |
ALES PRES combines quality with cost-efficiency in mechanical press solutions. We create a difference with customized machine options tailored to your facility’s needs. Developed through our expertise in eccentric press systems, our mechanical presses operate reliably even under tough production conditions.
They minimize mechanical play, extend the life of press components, reduce load on the motor, and shorten braking distances.
It is set during the design phase based on the dies to be used. For different die weights, the air pressure in the balancer pistons must be adjusted accordingly.
In theory, a press can apply infinite force at bottom dead center. To protect the press and die from overload, a hydraulic safety system is installed.
Yes, with digital load monitoring systems. These allow real-time measurement of the force needed by the die. Ales Press offers this feature as an option.
Yes. The hydraulic overload safety and digital load monitoring systems need calibration based on usage. This can be done by Ales Press service teams during maintenance if requested.
It depends on usage type and frequency. Maintenance is recommended at least once a year. Maintenance points and intervals are defined based on press type and working conditions.
Link Motion presses are generally designed to meet Category 3 or 4 safety levels per EN ISO 13849-1 and EN 692 standards. They use dual-channel systems, monitored safety relays, and emergency stop systems to ensure safe operation.
Yes. Depending on usage, components like brake/clutch linings, lubrication filters, and motor belts may require replacement.
Yes, depending on part geometry. A lower cushion can be added to help with forming or part ejection. It can be hydraulic or pneumatic depending on capacity.
Yes. All Ales Press products have infrastructure that supports Industry 4.0. Software and hardware can be adapted to customer needs.
Different oils are used in different parts. At Ales Press, all lubrication is done in a closed loop system with oil. Typical oils include:
In air-clutch presses, movement occurs with compressed air. The dual-coil safety valve controls the air supply to the clutch for safe operation. According to EN 692, dual-coil valves are mandatory on all CE-certified machines.
It’s a safety system that detects overload in an eccentric press. It releases hydraulic pressure to push the ram upward, preventing damage to the press.
It allows connecting dies of various heights to the press. A motorized mechanism between the connecting rods and the ram moves the slide up/down independently from crank rotation—used only during die setup.
It is the distance before bottom dead center where the press starts applying force. This is the effective working range where the rated tonnage is delivered.