RDX Series by Jyoti CNC

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Jyoti has specially developed RDX Series for die-molds application with greater accuracy. Robust single-piece base and broader column structure made up of graded cast iron for better vibration damping. The rigid saddle provides excellent stability during high cutting conditions and heavyweight components. The series finds widespread applications to get the pace with the growing die-mold market.

Key Features

  • High dynamics support rapid up to 30 m/min.
  • Optimum surface quality for Die-Mould application.
  • High precision 8000 rpm, BT 40 spindle.
  • Fast Auto tool changing, just 2.4 sec.
  • Wider high precisions linear motion guideways.
  • Efficient chip disposal.
  • 90° tilting operator panel.
  • Ergonomic design.
  • Auto & manual coolant.
  • Easy chip evacuation.
  • Electrical with quality device & panel AC.

Technical Specifications

Table
Table Size mm 800 X 500 1000 X 530 1200 X 550
T-Slot Dimension mm 4X14X100 4X18X100 5X18X100
Distance from Floor to Table mm 965 990 1025
Max. Load on Table kgf 400 400 900
Capacity
X-Axis Travel mm 600 820 1020
Y-Axis Travel mm 450 510 600
Z-Axis Travel mm 510 510 610
Dis. From Spindle Face to Table Top (Min.-Max.) mm 150-660 125-635 125-735
Feed
Rapid Traverse (X,Y & Z Axis) m/min 30 30 30
Cutting Feed m/min 10 10 10
Main Spindle
Spindle Speed Range rpm 8000 8000 8000
Spindle Motor Power – Siemens kW 15.8/10.5 15.8/10.5 15.8/10.5
Spindle Motor Power – Mitsubishi kW 11/7.5 11/7.5 11/7.5
Front Bearing Bore mm 70 70 70
Spindle Nose BT – 40 BT – 40 BT – 40
Automatic Tool Changer
Number of Tool 20 20 20
Max. Tool Dia. Pockets (All/Adj. empty) mm 80/125 80/125 80/125
Max. Tool Weight. kg 7 7 7
Max. Tool Length. mm 250 250 250
Accuracy (As per VDI/DGQ 3441)
Positioning Uncertainty (P) mm 0.01 0.01 0.015
Repeatability (Ps medium) mm 0.005 0.005 0.007
Other Data
Weight #(Approx.) Kg 5374 5488 6500
Dimension #(Approx.)
Length mm 2625 2625 2800
Width mm 2100 2100 2600
Height mm 2750 2750 2900

 

This content was originally published on the Jyoti CNC website.

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