Authorized Dealer of FESTO / Pneumatic and Electrical Automation

Authorized Dealer of FESTO / Pneumatic and Electrical Automation
+91 99799 48222 +91 98799 59951 | info@primeintl.in

Showing 1–12 of 14 results

  • Cantilever system YXCA

     

    • Extremely compact 3D system with attractive price/performance ratio
    • Free choice of axial or parallel motor connection for the best use of the installation space
    • Pneumatic and electric components can be freely combined
    • For horizontal mounting position
    • For simple assembly tasks and small parts handling in the electronics industry
    • Ideal for use in linear assembly processes or desktop applications
  • Control System CMCA

    • Tested and ready-to-install control systems from a single source, in a control cabinet or on a mounting plate.
  • Control system CMCB

    • Ready-to-install control system
    • Available on a mounting plate with or without control cabinet housing
    • Variants with safety functions
    • Adapted for balancer kit YHBP
    • With connecting cables for balancer kit YHBP connected
  • Linear gantry EXCT

    With 90 picks/min, the high-speed-picker EXCT is incredibly efficient. The most dynamic and energy-efficient alternative to conventional serial solutions, it boasts a single-belt kinematic system that greatly reduces dead weight – a benefit that certainly pays off.

    • Short cycle times thanks to high dynamic response
    • Perfectly matched drive and controller package for quick commissioning
    • Especially economical due to the low moving dead weight
  • Linear gantry YXCL

    For vertical 2-dimensional movements. Secure and precise thanks to high mechanical rigidity, including for very long strokes of up to 3000 mm in the Y-direction. Configure now and order in just three steps using the Handling Guide Online!

    • Ready-to-install complete system including energy chain for cables or tubing as well as suitable motor and servo drive package
    • For two-dimensional movements in vertical working areas
    • Flexible working area due to scalable strokes in the Y and Z directions
    • Choice of vertical axis – pneumatic or electric
    • Y-axis based on the toothed belt axis EGC-TB and toothed belt axis with heavy-duty guide EGC-HD-TB.
    • Z-axis based on mini slide DGSL (pneumatic), EGSL (electromechanical) and spindle axis EGC-BS (electromechanical)
    • High mechanical rigidity and sturdy design
    • Ideal for long gantry strokes and heavy loads
  • Linear gantry YXML

    High-speed cartesian robot for maximum dynamic response with up to 95 picks/min. It is a highly flexible, compact design including parallel-kinematic actuation. Configure and order now in just three steps using the Handling Guide Online!

    • Parallel kinematic drive concept for maximum dynamic response
    • Ready-to-install complete system including energy chain for cables or tubing as well as suitable motor and servo drive package
    • For two-dimensional movements in vertical working areas
    • Flexible working area due to scalable strokes in the Y and Z directions
    • Based on linear gantry EXCT
    • Maximum dynamic response and efficient operation up to mx. 95 picks/min.
    • For rapid processes with high cycle rates like pick & place, feeding parts, stacking, packaging tasks
  • Placeholder

    Parallel kinematic system tripod EXPT

    Thanks to the high level of integration with CPX and drives EMCA, the high-speed parallel kinematic system doesnot need a control cabinet.

    • Low moving mass ideal for demanding requirements on dynamic response in three dimensions
    • High path accuracy with a range of path profiles, even for very dynamic operation
    • Optional rotary unit as 4th axis, on request with pneumatic rotary through-feed for vacuum or gauge pressure
  • Planar surface gantry EXCH

    Maximum dynamic response! The Cartesian high-speed handling unit EXCH can move freely around the entire rectangular working area. Its two fixed motors make it extremely dynamic and provide great acceleration; its moving dead weight is minimal, just like its power consumption.

    • Optimal dynamic response when compared with other Cartesian gantry systems
    • Drive concept with low moving dead weight
    • Flat system design
    • High acceleration in both axial directions
    • Large working space
  • Planar surface gantry EXCM

    Great functionality and a very compact design: the parallel kinematic drive keeps the moving mass low and the footprint small. Its high level of standardisation makes the EXCM-30 an affordable system solution for desktop tasks, e.g. for small parts assembly.

    • Excellent functionality in small installation spaces
    • Low moving dead weight
    • Actuation via two stepper motors with an integrated optical encoder and a two-axis controller
    • With recirculating ball bearing guide
  • Planar surface gantry YXCF

    High mechanical rigidity and sturdy design for a very wide variety of applications with light to heavy workpieces or payloads and long strokes. Configure now and order in just three steps via the Handling Guide Online!

    • Ready-to-install complete system including energy chain for cables or tubing as well as suitable motor and servo drive package
    • For two-dimensional movements in horizontal working areas
    • Flexible working area due to scalable strokes in the X and Y directions
    • X-axis based on toothed belt axis EGC-TB
    • Y-axis based on the toothed belt axis EGC-TB and toothed belt axis with heavy-duty guide EGC-HD-TB.
    • Especially suitable for very long strokes
  • Planar surface gantry YXMF

    High-speed system with very large rectangular working area. A real cost-saving alternative to conventional robotic systems that require 2x SCARA working space. Configure and order now in just three steps using the Handling Guide Online!

    • Compact or high dynamic response
    • High functionality, extremely compact, flat design and maximum coverage of the working area.
    • High-speed system with very large, rectangular working area
    • Cost-saving alternative to conventional robotic systems
  • Single-axis system YXCS

    • Strokes: max. 3000 mm
    • Modules: electric
    • Payload: depends on the required dynamics
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