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Reliability
- Rigid
structural steel beams on the traverse (Z) and pull-off (X) axes dampen
vibrations, ensuring mechanical, electrical, and electronic
reliability
- All components
are evaluated and chosen on the basis of long-term, trouble-free operation.
- Hydraulic shocks
are used to smoothly decelerate pneumatically driven axes
- A frequency inverted
brake-motor is used to control movement on the electrically driven
axes.
- Servo driven
axes are designed for fast and high accuracy applications
- Steel core timing
belts are used for power transfer on the electric, servo, and two-stage
vertical axes
- Long life, hardened
guide rails with linear bearings are used on all three linear axes.
- Heavy duty multi-pin
connectors are used for all electrical power and communications
terminations
Ease
of Use
- Simple control
panel minimizes complexity for operators
- Controllers are
programmed and all equipment is tested at Ventax prior to shipment.
- Electric and
AC servomotor axes are adjusted by manual targets (electric or programmed,encoded
axis or servomotor)
- End-of-Arm-Tooling
is designed with quick disconnects for all electrical and pneumatic
hook-ups
- Use of SPI protocol
interface for easy integration to your molding machine
Flexibility
- Robots are sized
for removal of parts using 80% or more of the vertical tie-bar
spacing
- Multiple program
storage capability; new programs can be added by customer or Ventax
- Easily adjustable
multiple drop points along the traverse axis
- Low overhead
two-stage vertical axis accommodates facilities with height restrictions
and offers increased speed
Safety
- The robots are
safety interlocked with your injection molding machine to inhibit
any movement that would be unsafe to the operator, the molding machine,
or the robot
- Robot
guarding is mandatory for personal safety; Ventax can supply full
guarding packages or interface with existing guarding
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