3 Axes CNC Vertical Machining Centre with FANUC / Siemens / Mitsubishi Control

Order Code: 54015

Category: Mechatronics/ Robotics/ CNC Lab

54015 a 3 Axes CNC Vertical Machining Centre with FANUC / Siemens / Mitsubishi Control and with option of 20 Station Automatic Tool Changer. Optional 4th axis capability 54015 is a smart CNC vertical milling machine designed specifically for in...



SPECIFICATION

54015 a 3 Axes CNC Vertical Machining Centre with FANUC / Siemens / Mitsubishi Control and with option of 20 Station Automatic Tool Changer. Optional 4th axis capability

  • 54015 is a smart CNC vertical milling machine designed specifically for industrial specifications.
  • It is a precision milling machine totally enclosed high visibility sliding guard.
  • It uses industrial controls such as FANUC, Siemens, Mitsubishi
  • The machine is provided with widely placed precision LM guide ways for increased rigidity and high accuracy
  • The castings are internally reinforced with heavy ribs to resist flex and damp vibrations.
  • The machine is equipped with cartridge type spindle power with 20 tool arm type

 

Objective
Interpret the components, concept of intermittent level industrial machine and learn about the advanced Fanuc Syntec controller handling & programming skills for a milling machine to produce different kinds of components with optimized cycles and execute different kinds of practical applications simulated as exercises.

 

Learning Objectives:
Having successfully completed this lab, the student will demonstrate knowledge in –

  1. Learn about techniques to optimize the cutting parameters
  2. Advanced programming techniques matching industrial standards.
  3. Advanced machining cycles & control techniques.
  4. Knowledge on centralized Lubrication and re-circulating coolant system
  5. Learn about Intricate Tool changers system.
  6. Maintenance of CNC machineries and Trouble shooting

 

Training Skills –

  1. Identification of the Components of the CNC System
  2. User friendly and graphically assisted different canned cycles
  3. Discussion on Programming Elements
  4. Discussion on Industry Standard ISO G and M Codes
  5. Discussion on Various Tools to be used in a CNC Milling Operation
  6. Study on Process Planning
  7. Discussion on Program Zero and Offset definition
  8. Cutter Radius Compensation and Tool Length Compensation Definition
  9. Preparation of CNC Programs using CNC Milling Machines
  10. Discussion on Various Machining Cycles used in CNC Milling Programming
  11. General machine Maintenance

 

 

SPECIFICATIONS

 

Travel

 

X axis

mm

480/600

 

y axis

mm

360/ 500

 

Z axis

mm

500

 

Table

 

Table size

mm

600 x 350

 

T- Slot (No. x width x pitch)

mm

3 x 14 x 100/ Depth 25

 

Load on table

Kgs

300/ 350

 

Spindle

 

Spindle

 

Direct coupled, Cartridge Type

 

Spindle nose to table top

mm

80-580

 

Spindle to Column

mm

480

 

Spindle nose taper

 

BT 40

 

"Spindle output 15 min output (Continuous)"

Kw

"7.5 (5.5); 5.5 (3.7)"

 

Programmable spindle speed

rpm

100-8000

 

CNC detail

 

Control system

 

"FANUC 0i MF; Siemens 828D

Mitsubishi control option available”

 

Programmable feed rate

mm/min

0 - 10000

 

Rapid feed X/Y/Z

mm/min

30000/30000/20000

 

Positioning accuracy

mm

0.01

 

Repeatability

mm

±0.005

 

Axis motor

 

AC Servo motor

 

Guideways

 

Linear motion guide ways Size 35

 

Ball screws X/Y/Z

mm

32mm & 10mm C3 Class

Power source

Power Required

KVA

24

Main supply

 

415V, 3 Ph., 50 Hz

Coolant / Lubrication

Coolant Capacity

ltrs

180/ 25 LPM

Coolant motor

Kw

0.37 for coolant; 0.74 for flush coolant

Lubrication

 

Automatic lubrication system

Machine dimensions

L x W x H

mm

2100 x 2650 x 2680

Weight (approx)

Kgs

4100

 

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