ZANI SERVO MASTER is a cutting-edge machine designed to deliver superior performance.
Unlike traditional mechanical presses, this revolutionary technology integrates highly advanced SIEMENS servo motors that allow for precise and dynamic control over every stage of the stamping process.
Thanks to its ability to dynamically adapt to different speeds, loads, and materials, the ZANI SERVO MASTER offers an unmatched level of versatility. Additionally, its extraordinary precision and the capability to minimize downtime make it an indispensable resource for optimizing the production process.
Suited for all companies engaged in industrial production, from automotive and aerospace sectors to electronics: if you're looking to enhance efficiency, increase productivity, and achieve superior quality results, the ZANI SERVO MASTER is the ideal choice.
Absolute Precision: Thanks to the high-precision servo motors, this press ensures extremely accurate stamping results.
Operational Flexibility: The ability to dynamically adjust speed and stamping force allows for greater flexibility in adapting to variable production requirements.
Optimized Efficiency: By reducing downtime and optimizing processes, the Press with Servo Motors maximizes the overall efficiency of your production line.
Long-Term Reliability: Built with high-quality materials and cutting-edge technology, this press is designed to last and ensure reliable performance even in the most demanding conditions.
Don't miss the opportunity to take your industrial production to new heights of success with the power of the ZANI SERVO MASTER! Contact us today for more information and discover how this innovative solution can revolutionize your production process.
ECCENTRIC or KNUCKLE-JOINT kinematic with SERVO motors.
Flexible press cycle programmable in conventional mode or pendulum.
Rated Power from 2000 to 30000 kN
Bolster up to 7 meters
1-2-4 connecting rods
Strokes up to 800 mm
Working speed up to 120 SPM
Right stroke and speed for every tool and transfer movement
No need to build press with long stroke to cover tool/transfer cycle time requirements
Reduced press investment cost
Adapts to existing tools with no need of reconstruction costs
Cycle time saving
Increased out-put
Higher productivity
Reduced tool wear
Reduced press stress
Speed per minute
Nominal force
Max stroke lenght
Right stroke and speed for every tool and transfer movement
No need to build press with long stroke to cover tool/transfer cycle time requirements
Reduced press investment cost
Right stroke and speed for every tool and transfer movement
No need to build press with long stroke to cover tool/transfer cycle time requirements
Reduced press investment cost