Three Five Acis Servo Series

Three Five Acis Servo Series

Applications:
  • General application for IMM article take out or insert molding
  • Durable structure design for One axis or Three axis servo robot.

Three Five Acis Servo Series in Delhi

Applications:

  • General application for IMM article take out or insert molding
  • Durable structure design for One axis or Three axis servo robot.

Advantages:

  • High Speed
  • Durable Structure
  • More flexible for Downstream automation
Models A B C D E F G H I J X Y Z A.P.L (KG) I.M.M. (Ton)
DH-2308 1600 300 800 60 620 80 680 - - - 620 800 1500 5 100-180
DH-2508 1600 300 800 60 620 80 680 - - - 620 800 1500 5+3 100-180
DH-2310 1840 300 1000 60 620 80 680 - - - 620 1000 1500 5 200-350
DH-2510 1840 300 1000 60 620 80 680 - - - 620 1000 1500 5+3 200-350
DH-2312T 1700 340 1200 - 800 160 - 1750 2240 340 850 1200 1800 10 400-550
DH-2512T 1700 340 1200 - 800 160 - 1750 2240 340 1100 1200 1800 7+5 400-550
DH-2314T 1950 340 1400 - 1000 160 - 2000 2280 340 1000 1400 1800 10 600-800
DH-2514T 1950 340 1400 - 1000 160 - 2000 2280 340 1000 1400 1800 10+5 600-800

For industries in Delhi, the Three/Five Axis Servo Series offers unmatched precision, flexibility, and speed in robotic part handling, stacking, insert loading, and in-mould labelling.

Whether you're running a plastic injection moulding unit or a precision metal processing line, servo robots provide seamless multi-directional movement with pinpoint accuracy — ensuring improved productivity and product quality.

Key Features of Three/Five Axis Servo Series:

  • Full Servo Motor Control
    All axes (X, Y, Z, and optional A/B) powered by high-performance servo motors for smooth, synchronized motion.

  • Customizable for Complex Tasks
    Ideal for multi-cavity moulding, insert placement, stacking, trimming, and packaging.

  • Touchscreen Smart Control System
    Easy to program, store, and modify tasks for various moulding operations.

  • Energy-Efficient & Low Maintenance
    Built for long-term use with optimized power consumption and minimal wear parts.

Get In Touch

Please fill out the form on this section to contact us.
back top