Peddinsert 800‑9 servo CN

• Standard insertion force 9 ton / 90 kN.
• NC system with touch screen for managing the inserts and full control of the inserting process: programs (up to 8 stations), insert type, insertion force, dwell time, spindle stroke, etc.
• Laser pointer.
• Monolithic oversized structure, high robustness and reliability.
• Servo-hydraulic machine, providing reliability and precision in the insertion at any point of the punch stroke.
• Stroke adjustable via NC, high productivity with precise stop system via proportional valve.
• Adjustable dwell time at the lower punch point, inserting in stainless steel.
• Large throat depth, 800 mm.
• Double safety system integrated by distance and with panic pedal.
• Sheet metal presence sensor controlled by the NC of the machine (optional).
• Pre-loaded library with the definition of inserts and the force to be used.
• Possibility to use all types of insertion dies.
• Inserting of all types of inserts, clinching, deformation and marking.
• Inserting in any type of material: copper, aluminium, carbon steel and stainless steel.

Maximum flexibility

• Large upper throat depth, 800 mm.
• Large lower throat capacity.
• Extra clearance.
• Mobile anvil.

8 work stations

• Rosetta (turret) 4-station tool carrier controlled by the NC.
• Digital Rosetta (turret) with 4 stations, for processing the same insert in different lengths.

Integration of processes

• Insert and countersinking
• Insert and marking
• Insert and embossing
• Insert and deformation (Kerb-Konus type nuts)

Industry 4.0 (remote machine management from the office PC and remote assistance)

• Office software.
• Machine status display and monitoring.
• Emergency stop warning.
• Counter of working hours per day and over a period of time.
• Counter of inserts placed per day and over a period of time.
• Counter of parts made per day and over a period of time.
• Electrical energy consumption.
• Editing and transferring programs.
• Editing and transferring insert tables.
• Modification of machine parameters.
• Real-time management of the screen (HMI).
• Monitoring the operation of the equipment.
• Modification of the operating parameters.
• Updating the PLC program.
• Updating the display program (HMI).
• Incorporation of new functions in the equipment.