SIMASV SUPER Series: The Horizontal Bending Press Designed for Maximum Precision
In metalworking operations, precision, repeatability and productivity are essential factors for achieving high-quality results. For more than 60 years, the SIMASV SUPER Series has been recognized worldwide as a benchmark in horizontal bending press technology, offering exceptional versatility for bending, straightening, punching, shearing and forming operations.
Thanks to its exclusive design and innovative engineering solutions, the SUPER Series continues to deliver advantages that distinguish it from conventional horizontal presses.
Under-Top Cylinder Design: Greater Accuracy and Enhanced Ergonomics
One of the most distinctive features of the SIMASV SUPER Series is the hydraulic cylinder positioned beneath the working table.
This unique design significantly reduces structural deflection during operation. The combined deflection of the working table and pivot pins is limited to just 0.1 mm, compared to approximately 0.3 mm typically found in machines with an upper cylinder configuration.
The result is higher bending accuracy, improved repeatability and superior quality of the finished workpiece.
In addition, placing the cylinder below the working area leaves the entire workspace free from obstacles. Operators can work comfortably from the front of the machine, improving visibility, ergonomics and safety.
The large open workspace also allows complex applications and bending capacities up to 360 degrees.
Exclusive Micrometric Hydraulic Ram Adjustment
The SUPER Series is equipped with an exclusive micrometric hydraulic ram stroke adjustment system.
Convenient front-mounted handwheels allow the operator to precisely set the working position and achieve the desired bending angle from the very first operation, eliminating trial-and-error adjustments.
Even at maximum operating pressure, the ram stopping point can be adjusted continuously and with extreme precision.
This system provides several key benefits:
- Faster machine setup;
- Reduced material waste;
- Consistent production quality;
- Improved productivity;
- Greater process repeatability.
Precision Ram Control Without Electrical Limit Switches
Unlike conventional machines that rely on electrical limit switches to stop ram movement, SIMASV presses utilize a fully hydraulic control system.
Instead of an abrupt stop caused by electrical interruption, the ram decelerates progressively and smoothly until reaching the preset position.
This solution offers significant advantages:
- Superior bending accuracy;
- Reduced mechanical stress;
- Lower component wear;
- Increased machine reliability;
- Longer service life.
Built for Long-Term Performance
The SUPER Series incorporates premium mechanical components engineered for durability and reliability:
- Forged, hardened and ground steel ram;
- Protective dust scrapers;
- Forced lubrication system with manual pump;
- Optional automatic electric lubrication pump.
Every component is designed to withstand intensive industrial use while minimizing maintenance requirements and downtime.
Watch the SIMASV T40 SUPER in Action
The video demonstrates the SIMASV T40 SUPER performing bending operations with exceptional precision, smooth ram control and outstanding operator accessibility.
A Proven Technology Trusted Worldwide
The SIMASV SUPER Series combines decades of engineering expertise with innovative hydraulic technology to deliver exceptional performance in metalworking applications.
The unique under-bed cylinder design, exclusive micrometric hydraulic adjustment system and robust construction make the SUPER Series an ideal solution for manufacturers seeking maximum precision, productivity and long-term reliability.
Whether for bending, straightening, punching or forming operations, the SUPER Series continues to set the standard for horizontal bending press technology.
Discover the complete SUPER Series range and find the ideal solution for your production requirements.
Contact our experts for a free consultation or request a quote for your new horizontal press.