Press Brake OL-28A

Press Brake HOL-28

The OL-28A hydraulic press brake is designed for cost-efficient production of bent components, suitable for both mass and single-piece manufacturing. It features a proven force transmission system based on a lever mechanism, ensuring reliable performance. This construction makes the HOL-28 an excellent choice for a wide range of bending applications, offering both efficiency and versatility in production environments.

Technical Specifications

Bending Force	280 kN
Max. Sheet Width	1250 mm
Max. Operating Pressure	16 MPa
Voltage	3 x 400 V, 50 Hz
Current	9 A
Motor	4 kW, 400 V, 1400 RPM
Hydraulic Oil	HM46 / 32 liters
Dimensions (W-H-D)	1750 x 1660 x 600 mm
Weight	1160 kg
Bending speed	10 mm/s

Back Gauge

The machine is equipped with an automatic back gauge with movement in one axis (1D). The software allows for the creation and storage of programs with four preset bends, each with different parameters. This functionality enhances precision and repeatability, making it easier to perform complex bending operations with minimal manual adjustment.

Intuitive Control

Simple and intuitive operation via a touch screen. The software allows the creation of programs for up to four consecutive bends, each with different parameters, with automatic back gauge repositioning. This feature improves workflow efficiency and ensures consistent results in bending operations.

Easy Lower Tool Mounting

The machine is equipped with a universal lower bar that allows for quick and convenient mounting of the lower tool. This feature enhances flexibility and reduces downtime during tool changes, making it easier to switch between different bending operations.

Why Choose the OL-28A?

The OL-28A is an economical solution, offering simplicity in setup and low maintenance costs. It is ideal for production environments where the manufacturing method or batch size does not require more technologically advanced or expensive equipment. This makes it a cost-effective choice for companies looking for reliable performance without the need for complex features.