The best features for model SDG includes drawing, forming, blanking, punching and cutting of automotive parts, which comply and satisfy the trend and application of steel parts with light weight but high tensile strength in modern automotive industry. In addition, by combining progressive die with pendulum curve, the productivity can possibly be doubled, which saves more than 50% of energy.

The best features for model SDE includes drawing, forming, blanking, punching and cutting of automotive parts, which comply and satisfy the trend and application of steel parts with light weight but high tensile strength in modern automotive industry. In addition, by combining progressive die with pendulum curve, the productivity can be doubled, which saves more than 50% of energy.

Suitable for application in auto parts, consumable electronics and household appliances. These can require perfect forming. By combining progressive die with pendulum curve, the productivity can possibly be doubled, which saves more than 50% of energy. Furthermore, automated transfer production line can also be added to upgrade the productivity.

Needing a workhorse? The SAG series is the workaholic that is always taking shifts at the factory.
Its long history of power, precision, and reliability gives manufacturers the peace of mind knowing their plant can handle the toughest, grittiest jobs. Manufacturers looking to complete medium to large operations should look no further. The SAG series is engineered specifically for the most common, yet challenging operations today.

As an excellent equipment for processing high-tensile steel panels, the SE series with tough rigidity is mainly applied with large dies in automotive industry. The model adopts design of eccentric gear drive component and 8-point guided slide for high precision. The design of energy and electricity conservation allows saving more than 20% of energy and the large overload capacity extends the lifetime of use.

This series is the prime choice for large parts forming, which makes it applicable for automotive parts forming. The crank shaft and connecting rods are adopted to drive the gear component. The soft contact during forming extensively reduces vibration, noise and heat, as well as extending die lifetime. The design of low energy consumption can effectively save more than 20% of energy.

The prime choice of press equipment for forming process of large pieces, which makes it applicable for forming of large automotive parts. The eccentric gear and connecting rods are adopted for the drive component. The design of low energy consumption can effectively save more than 20% of energy.

This is generally applicable for blanking, punching, bending and forming process on small single work of thin steel plate and progressive die parts, which can connect with single press, progressive die, mechanical Robot or added with transfer system.

This is generally applicable for blanking, punching, bending and forming process on small single work of thin steel plate and progressive die parts, which can connect with single press, progressive die, mechanical Robot or added with transfer system.

This is generally applicable for blanking, punching, bending and forming process on small single work of thin steel plate and progressive die parts, which can connect with single press, progressive die, mechanical arm or added with transfer system.

This is generally applicable for blanking, punching, bending and forming process on small size but large quantity of parts produced from progressive die pressing, which can connect with progressive die or added with transfer system.

Equipped with new-generation SEYI servo control system, this high-efficiency heavy stamping servo press is designed for forming thick metal plates. The slide movement can be flexibly adjusted to fulfill different applications such as bending, drawing and piercing. Suitable to manufacture high-precision and high-quality parts for automobiles, motorcycles, ICT products, aerospace, and medical equipment.

This is generally applicable for blanking, punching, bending and forming process on small size parts produced from progressive die pressing, or single work steel plates of more than 6mm in thickness for heavy duty, which can connect with progressive die and also single punch.