Gasparini press brake catalogue
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Shaping your ideas

40 years knowledge, 40 years of

Shaping your ideas.

The company X-Press press brake Service & Retrofit Sheet metal forming

GASPARINI | BENDING TECHNOLOGIES 2016

GASPARINI | Bending TECHNOLOGIES 2016 | THE COMPANY GASPARINI INDUSTRIES We work every day to give a new shape to the future. Operators and skilled technicians allow for maximum customization and an effective assistance, guaranteeing performance, quality and service. press brakes and hydraulic shears machines installed worldwide production site We don't offer plain machines. We study solutions to provide the best answer to everyone.

GASPARINI | Bending TECHNOLOGIES 2016 | THE COMPANY RESEARCH Thanks to its constant engineering research, Gasparini is qualified as a Research Laboratory by the MIUR (Ministry of Education, University and Research). Gasparini has always respected ecological principles and was among the first to employ special water-based paints and steam washing machines for cleaning and degreasing instead of common chemical products. The quality of Gasparini products is granted by the permanent research and development activity for product's innovation and operator's safety. Gasparini has always been...

GASPARINI | Bending TECHNOLOGIES 2016 | THE COMPANY VISION & MISSION Experience and passion. We turn your ideas into reality. We aim at making bending and cutting sheet metal a quick, precise and reliable process. We try to make our Clients more productive and competitive. We aim to become the constant point of reference in the theory and practice of press braking and shearing.

GASPARINI | BENDING TECHNOLOGIES 2016

Work with small batches or different materials without samples Get precise angles and correct spingback > GPS4 Measure and correct angles easily > A-MDG1 Bend pieces of different length > Backgauges with Z1-Z2 axes Make conical bends up to 80° > Backgauges with X5 and X6 axes Work with the utmost robustness and flexibility > RPG trolley backgauges Bend without backgauges > Laserline How to configure your press brake Overview Heart and muscles of a press brake Change punches and dies quickly > Pneumatic clamping Move intermediates faster > Hydraulic clamping Form boxes with sides exceeding...

GASPARINI | Bending TECHNOLOGIES 2016 | X-press CHOOSE AND CONFIGURE YOUR PRESS BRAKE Your business takes a new twist. Finally a machine tool tailored to your needs. It varies according to the maximum dimensions of the piece. It varies according to total dimensions. Increased throat is useful for lateral extraction, as well as for tandem machines. STROKE The Front version has an increased stroke for easier extraction of bent pieces. BACK GAUGES As well as the basic axis X+R, we can add Z1+Z2 axis for very long pieces; X5 and X6 axis are used to make conical bends. An increased number of...

GASPARINI | Bending TECHNOLOGIES 2016 | X-press An entire range of models and tonnage to satisfy the most advanced needs. X-PRESS is the result of the innovation strategy of Gasparini combined with 40 years of experience in the design and production of press brakes. The X-PRESS is available in a wide range of models and powers. A skilled technical office and a flexible manufacturing plant enable production of even very high tonnage machines, with any bending length. With standalone, tandem and tridem configurations, with a wide range of accessories (back gauges, front supports, clamping...

GASPARINI | Bending TECHNOLOGIES 2016 | x-press Hydraulic circuit The hydraulic circuit represents the heart, veins and muscles of a press brake. Hydraulic operation with two cylinders 05 _ ECO High performance hydraulic gear pump High pressure filter (with clogging detector and bypass) placed before all components Air removal filter in the reservoir Fast descent by gravity, bending phase and return of the ram are controlled electronically via a proportional flow valve Bending force controlled by proportional pressure valves. Quality oil with high viscosity index Hydraulic components from...

GASPARINI | Bending TECHNOLOGIES 2016 | x-press A milled and bolted frame, made of high-resistance steel, ensures the highest precision. Integrate all the components of the machine Provide strength and stiffness to ensure precision Frame is designed and sized using Finite Element Analysis (FEA). 08 _ ANGLE CONTROL 09 _FRONT SUPPORTS SUPPORTS It is made of elements produced with CNC milling machinery and then bolted together, to ensure maximum construction precision. Machining accuracy is ensured by controls under quality certifications on all construction and designing steps. Special...

GASPARINI | Bending TECHNOLOGIES 2016 | X-press Measure the frame deformation COMPENSATION SYSTEMS They compensate the press brake frame deformation. Do you want to get the same angle on short and long pieces? Here's how you can. Guarantee uniform angles over the entire length All systems based on statistical deformations are inaccurate by nature. Each type of material, due to its own characteristics and conditions, behaves differently during the bending process. That is why it is almost impossible to foresee all the possible reactions involved while maintaining maximum precision. It is far...

GASPARINI | Bending TECHNOLOGIES 2016 | x-press Patented proportional frame deformation correction system. During the bending process, the side frames are subject to deflection. This effect results in the top beam moving away from the lower beam, compromising the accuracy of the control systems. Frame deformation is a physical phenomenon that cannot be avoided. Reflex is a system designed by Gasparini to monitor the press brake structural deflections. The system, which is installed on all Gasparini press brakes, is composed of a sliding device, connected to the linear encoder, which is...

GASPARINI | Bending TECHNOLOGIES 2016 | x-press The only patented active crowning system for a constant angle. The heart of our ACSG1 system lies in the two sensors placed on the ram and on the lower beam of the machine. The former detects deformation of the ram since the beginning of the bending process. The CNC drives the cylinders in the lower beam until the reading of the latter sensor equals the former. This way, the two beams are completely parallel. The result is complete control at maximum precision and absolute repeatability, with any material. CONTROL OF THE MACHINE deformATION IN...