What is a Computer Integrated Manufacturing (CIM) system?

Computer Integrated Manufacturing (CIM) uses computers to automate and integrate manufacturing processes including design, analysis, planning, production, and management. A CIM system connects CNC machines, robotics, material handling systems, and inspection equipment into a unified automated environment.

What components are included in CadMech CIM setup?

CadMech CIM setup includes CNC Lathe Trainer, CNC Mill Trainer, Loading/Unloading Arms, ASRS, Automated Guided Vehicle (AGV), Pallet Conveyors, Assembly Station, Vision Inspection System, 6-Axis Robot, SCARA Robot, and Coordinate Measurement Machine.

Is the CIM system suitable for engineering colleges?

Yes, CadMech CIM systems are specifically designed for engineering colleges, research institutions, and training centers. They include educational software, 3D simulation modules, and comprehensive curriculum support for industry 4.0 training.

Does the CIM system support real-time simulation?

Yes, the CIM system features a Dynamic 3D Simulation Module that accurately simulates manufacturing processes in real-time, allowing students to visualize and understand complete manufacturing workflows before actual operation.

Where has CadMech CIM system been installed?

CadMech CIM systems have been installed at Raisoni College campuses (Wagholi, Jalgaon, Nagpur, Amravati), AKTU Lucknow, KNIT UP, and many other engineering colleges across India.

computer integrated manufacturing (CIM) system Provider In India

Name: Computer Integrated Manufacturing (CIM) System
Brand: CadMech
Rating: 5 (18 reviews)

FMS Setup:

The Integration of the total manufacturing enterprise through the use of integrated systems and data communications coupled with new managerial philosophies that improve organizational and manufacturing efficiency.

CIM Setup Comprises of:

CNC Lathe Trainer with Loading Arm
CNC Mill Trainer with Loading Arm
ASRS
Automated Guided Vehicle
Pallet Conveyors
Assembly Station
Vision Inspection System ( Quality Control Station )
6 Axis Robot
SCARA Robot
Cordinate Meausrment Machine
Electronic Height Gauge

Software Architecture:

Interfaces with a variety of machines and robots by means of device drivers (small interface programs that translate and transmit messages between the CIM manager and the machines at CIM stations).
Stores all data in standard industrial database format, allowing easy access and manipulation on any level. Data files can be read by any Windows application (e.g., Excel, Access, MS-SQL) and exported to any other application. Easily imports and uses data files from external applications.

Integration of System and Technologies:

Material storage and feeding (ASRS, feeders, palletizing racks)
Material handling (robots, conveyors, slidebases, pneumatic transfer units, Positioning tables,vises, end effectors and tool changers)
CNC machining (turning, milling, engraving, automatic tool changers)
Pneumatic and hydraulic systems (manipulators, Chucks, feeders, vises)
Identification, detection and tracking (RFID scanning, pallet tracking, sensors, Switches)
Quality control (machine vision, coordinate measuring machine, electronic height Gauge)
Programmable logic controllers (PLC)

Dynamic 3D Graphic Simulation:

Fully functional, dynamic 3D simulation module
Accurately simulates operations and movements of machines, robots and peripheral axes, including components such as safety Doors, chucks and spindles
Accurately simulates part transportation and manipulation, including movement of pallets on conveyor and supply of parts from storage cells and feeders
Accurately simulates manufacturing processing, including milling, turning, engraving
View control: zoom in and out, rotate (pan), view from above, below and any angle in between; camera redirect (reset camera's focal point), drag camera
Improves comprehension of CIM management and manufacturing processes by viewing 3D graphic dynamic on-screen simulations
Allows programming and operation of the CIM system without causing damage to actual equipment or disrupting operation of the actual CIM cell
Enables experimentation with CIM cells in which some components actually operate while others are simulated