About Lab:
This Lab imparts the student’s / industry personnel would be taught about CNC
program and Operating of 2 Axis Turning Machine and 3 or 5 Axis Milling Machines.
Manufacturing is the final stage of Product life cycle. This involves the development
of product from design to Manufacturing process. This tab is occupied with MaxTurn Plus
Turning Machine and MaxMill Plus Milling Machine

Software:
Sinumerik 828D
Sinumerik 840D sl
MAXTURN Plus :

Application: Job shops, tool rooms, automotive component production, medical
component, general engineering, etc
MAXTURN+ Series is 2 Axis Slant Bed Lathe Turning center with 8 Station
Programmable Turret, built with Siemens Industrial control. This lathe offers BTP 63
turret and hydraulic chuck of 165 mm. The machine is constructed on a mono block
casting, rigid structure with extended triangular faces for accuracy, stability and free
from twist and torsion.
Structure
 Monoblack casting

 Graded cast iron and stress relieved for consistent accuracy
 Single piece casted broad base with sufficient support structures reduces the
effect of vibration
 Structure tested finite element method for optimum performance under practical
operating conditions.
 Ribbed headstock to overcome thermal expansion
 Control cabinet and electrical designed for effective cooling of heat emitting
element
Features
 Hydraulic chuck
 Three-point balancing
 Centralized and programmable lubrication
 Chip Tray
 Coolant tank
 Hydraulic tail stock
 Hydraulic power pack with accumulator
 Automated loading unloading system available on request

MAXMILL Plus + Series:

Application: Job shops, tool rooms, automotive component production, die & mould
makers, general engineering, agricultural machinery, manifold & valve
manufacturers, etc.
MAXMILL++ series is 3 to 5 axis CNC Vertical Machining Centre with industrial
control options of Fanuc, Siemens or Mitsubishi. This BT40 machine is offered 20-
station arm-type ATC. The Machine is controlled by Siemens 828D . MAXMILL++
series includes standard features such as full guarding, flood coolant and ability to
work with standard CAM packages.
Structure
 Mono-block casting
 Graded cast iron and stress relieved for consistent accuracy
 Well-balanced structure for easy levelling
 Structure tested finite element method for optimum performance under practical
operating conditions.
 Pre-loaded ball screws with end support and precision grade LM guideways for
accuracy
Features
 Digital AC servo drives and motors
 Feedback through absolute encoder
 Auto tool clamping- declamping
 Optional 4th and 5th axis
 Centralized auto lubrication
 Manual pulse generator
 RS 232 serial interface, USB port
 Air conditioner for control cabinet
 Machine lamp, Levelling pads
 Flush coolant system and chip tray
 Direct coupled spindle
 Air Gun
Targeted Participants
 ITI and Diploma
 Undergraduate
 Postgraduate
 Research Scholars

Lab Capacity: 10 Participants
Course Offered
 Turning NC Programming:
 Duration:32hrs
 Prerequisite: 3 rd and Final Year BE/B.Tech and Student should have basic
knowledge on Conventional machines operating.

 Milling NC Programming:
 Duration:32 hrs
 Prerequisite: 3 rd and Final Year BE/B.Tech and Student should have basic
knowledge on Conventional machines operating.

 Turning Operating and Machining:
 Duration:32 hrs
 Prerequisite: Final Year BE/B.Tech and Successful completion of Turning NC
Programming

 Milling Operating and Machining:
 Duration:32hrs
 Prerequisite: Final Year BE/B.Tech and Successful completion of Milling NC
Programming