Centre of Excellence in Product Design & Smart Manufacturing (CPDSM) is associated with Department of Mechanical Engineering, MANIT, Bhopal. This Centre of Excellence is being developed to offer a unique platform for collaborative, consortium driven infusion of advanced technologies in the product design and smart manufacturing area, which is in harmony with the Make-in-India’ initiative of the Government of India. The Center will initiate innovative and top-quality education & research focused to industries on Design and Automation, Subtractive manufacturing, Advanced welding techniques, Additive manufacturing, Digital manufacturing, Industrial Internet of Things, Automated/Virtual Reality and Specialty materials. This centre will be helpful for the students in developing innovative ideas of the products on social, physical and ecological environments concerned and provide opportunities to the students to take live projects for their master’s and Ph.D. programs from the world of real life work. Since 2021, the center offers Post Graduate program on “Smart Manufacturing” to facilitate the culture of innovation and open engineering.
The center will cover the following activities—
- Multi-disciplinary research for addressing vital issues relating to the product design and manufacturing with special focus on central India.
- Collaborative research: To provide consultancy and technical support to different departments, organizations and industry in their product design and manufacturing related studies and activities.
- Organizing regular activities of state of art knowledge sharing such as conferences, workshops, symposia, lectures, skill development training programs.
Objectives of the Centre:
- Inculcate smart manufacturing environment.
- Facilitate students with advanced manufacturing machines for research purpose.
- Increase the precision level of manufacturing by incorporating smart manufacturing system.
- Integrate web-based manufacturing system with real life manufacturing practices.
- Encourage students to participate in collaborative projects with industries to provide solution for sustainable manufacturing.
- Instil a culture of IoT based innovation.
- Provide a platform for converting idea into product through smart manufacturing processes.
- Mentor students for developing start-ups in the area of smart manufacturing.
- Emphasis the product development for sustainability, extended product life cycle, and reusability.
- Provide facilities to the talented and bright research scholars for pursue the research in the vibrant areas of the advanced manufacturing.
To become a leading center of excellence of higher learning’s integrated with advanced research & developments in Design of the Products and Smart Manufacturing.
- To develop a new generation of engineers in the field of innovative & sustainable design and smart manufacturing technologies to meet need of the Indian industries in globally competitive economic environment.
- To carry out advance research and radically accelerating the development activities in design and manufacturing technologies at own and on sponsorship basis for the industries.
- To plan & act in accordance with ‘Make-in-India’ initiative of the Government of India.
Dr. R.K. Dwivedi
Designation: Professor
Highest Qualification: Ph.D.
Research Area: Maintenance Engineering & Mgt, Rapid Prototyping, Production Engg., Industrial Engg.
E-mail: nitb[dot]ravi[at]gmail[dot]com , dwivedirk[at]manit[dot]ac[dot]in
Phone: (O) 0755-4051625, (M) +91 88458811110
Dr. C. Murali Krishna
Designation : Professor
Highest Qualification: Ph.D.
Research Area: Production
E-mail: cmk_manit[at]rediffmail[dot]com, chimatamk[at]gmail[dot]com
Phone :(Off) 0755-4051609
Dr.P.K.Soni
Designation : Asst. Professor
Highest Qualification: Ph.D., M.Tech
Research Area: Maintenance Engg. & Management ; Manufacturing processes
E-mail: sonipk[at]manit[dot]ac[dot]in, pradeepmanit[at]rediffmail[dot]com
Phone (Off):0755-4051621
Prof. Akhilesh Soni
Designation : Asst. Professor
Highest Qualification:M.Tech
Research Area: Industrial Design
E-mail: soniakhilesh[at]manit[dot]ac[dot]in, sonimanit[at]gmail[dot]com
Phone (Resi):1623
Dr. Manish Vishwakarma
Designation : Asst. Professor
Highest Qualification: Phd
Research Area: Industrial Maintenance. Production Managemen
E-mail: manishvishwakarma[at]manit[dot]ac[dot]in
Phone : (Off):1624
Name: Dr. Vinod Yadav
Designation: Assistant Professor
Qualification: Ph.D
Research Area: Metal forming, Plasticity, Finite element method, Inverse analysis, Analysis of friction in microforming processes
Email: vyadav[at]manit[dot]ac[dot]in
vinod_rewa45[at]yahoo[dot]co[dot]in
Phone: +91-8811909841
More information
Name: Dr. Mohammad Taufik
Designation: Assistant Professor
Qualification: Ph.D
Research Area: Design & Manufacturing (CAD/CAM, 3D printing/Additive Manufacturing etc.)
Email: mohammad.taufik@manit.ac.in, taufikmohd86@gmail.com
Phone:+91-8989632831
More Information:
Name: Dr. Sudhanshu Kumar
Designation: Assistant Professor
Qualification: Ph.D.
Research Area: Production & Manufacturing (EDM, Micromachining)
Email: sudhanshuk27@gmail.com
Phone:+91-7878553943
More Information:
Name: Dr. Ravi Kumar Mandava
Designation: Assistant Professor
Qualification: Ph.D
Research Area: Robotics, Soft computing & Manufacturing
Email: ravikumar1013@gmail.com
Phone: 9885291316
More Information
Name: Dr. Vijay Panchore
Designation: Assistant Professor
Qualification: Ph.D.
Research Area: Mechanical Vibrations, FEM
Email: vijaypanchore36@gmail.com
Phone: 8989838999
More Information
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PRODUCT DESIGN GROUP |
SMART MANUFACTURING GROUP |
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Experimental |
Internet of Things |
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Ergonomics |
Additive Manufacturing |
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Health care |
Robotics & Automation |
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Workspace |
Condition Monitoring |
SMART MANUFACTURING LAB
EMCOCONCEPTMILL-55
TECHNICAL SPECIFICATION:
Pc based on 3axis path control, interchangeable Control by change of control specific key panels and software of the following controls (change time not more than 5minutes):
- Siemens HMI Operate
- GE FanucSeries31i
- HeidenhainTNC426/430
- FAGOR 8055
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1 |
Traverse X, Y, Z |
180/140/250mm |
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2 |
Min. distance spindle nose-table |
77mm |
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Max. distance spindle nose-table |
337mm |
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3 |
Clamping surface: Length X Width |
400X125mm |
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4 |
Maximum table load |
10Kg |
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5 |
Tool changer |
Pickup type |
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Number soft tool |
8 |
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Tool clamping device |
Automatic |
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Tool dimensions: diameter X length |
40X75mm |
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Tool weight maximum |
1Kg |
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6 |
Min. Main Drive Motor-power |
0.75KW |
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Spindle Speed range |
150– 3500RPM |
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7 |
Rapid traverse |
2 meters per minute |
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8 |
Cutting force X/Y/Z |
750/750/1000N |
EMCOConceptTURN55
TECHNICAL SPECIFICATION:
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WORKAREA |
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Travel in X/Y/Z |
60/-/280mm |
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Bar diameter |
15mm |
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Max. part length with a tailstock |
60mm |
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Swing over bed |
130mm |
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Tool cross-section for outer machining |
12x12 |
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Tool cross-section for inner machining |
Ø10 |
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Rapid motion speed sin X/Y/Z |
3/-/3m/min |
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Work feed X/Y/Z |
0 -2m/min |
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Feed force in X/Y/Z |
1000N |
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MAIN SPINDLE |
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Max. speed |
300-4200rpm |
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Spindle nose |
EMCO |
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Max. drive power |
1,1 kW |
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Max. torque |
10Nm |
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TAILSTOCK |
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Quil travel |
35mm |
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TOOL TURRET |
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Number of tools |
8 |
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GENERAL DATA |
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Dimensions(L x W x H) |
895x745x550mm |
ScorBotER-4U
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Mechanical structure |
Vertically articulated |
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Weight |
10.8kg |
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Operating radius |
610mm |
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Maximum Payload |
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With reduced acceleration: |
2.5 Kg |
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Full speed: |
1Kg |
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End Effectors |
DC servo gripper, with optical encoder, parallel finger motion Measurement of object’s size by means of Gripper sensor and software. |
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Max. gripper opening |
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Without pads |
75mm |
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With pads |
65mm |
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Repeatability At TCP(tip of gripper) |
±0.18mm |
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Position Feedback |
Optical encoders on each axis |
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Homing |
Fixed position on each axis found by means of micro switches |
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Actuators |
12 VDC servomotors |
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Transmission |
Gears, timing belts , lead screw |
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Ambient operating temperature |
2°–40°C |
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Number of Axes |
5rotationalaxesandgripper |
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Axis Movement |
Range |
Effective Speed |
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Axis1:Baserotation |
310° |
20°/sec |
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Axis2:Shoulderrotation |
158° |
26.3°/sec |
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Axis3:Elbowrotation |
260° |
26.3°/sec |
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Axis4:Wristpitch |
260° |
83°/sec |
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Axis5: Wrist roll |
Unlimited mechanically±570°electrically |
106°/sec |
DimensionSST768
The Dimension SST (Soluble Support Technology) incorporates the same technology as the original Dimension BST (Breakaway Support Technology) and therefore produces the same high-quality ABS and ABS plus models. The difference is that Dimension SST features an automated support removal process.
The designer simply removes the model from the system and places the model into an SST Station. An SST Station is an agitation system that utilizes hot water and a soap bath to automatically wash away the support structures. Essentially, the Dimension SST allows for "hands-free" printing.
The Dimension SST768 is network compatible and produces durable working models from ABS and ABS plus with the click of a button. Once the model is printed, simply remove the model from the printer, peel away the support and begin using the functional model.
Protocentre999
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Functional Specifications |
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Technology |
Fused Filament Fabrication |
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Build volume( XYZ ) |
230 X 230 X 230 mm cube |
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Printer Dimensions (XYZ) |
410X 410 X 560mm |
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Printing material |
ABS, PLA, HIPS, Nylon, PC, HDPE |
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Accepted filament diameter |
1.75mm(Standard filament spool) |
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No. of extruders |
2 |
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Nozzle bore |
0.4 mm ( main extruder) , 0.4 mm ( support extruder) |
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Layer Resolution |
100microns |
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Max. extrusion temperature |
500degreesCand300degreesCoptions |
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Built platform |
Heated type |
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Support material printing |
Available, Auto-generated |
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Dual color printing |
Available |
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Multi-material printing |
Available |
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Interface Specifications |
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Connectivity |
USB, Standalone |
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Print form |
USB, SD Card |
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Electrical Specifications |
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Power requirement |
220VAC, Singlephase, 6A |
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Power consumption |
350Watts |
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Mechanical Specifications |
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XY positioning system |
Belt drove precision H-Bolt XY drive |
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Z positioning |
Lead screw |
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Chassis |
MS and Aluminum sheet metal, powder-coated |
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Positional accuracy |
<28microns |
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Print speed |
100mm/smax.,60mm/s typical |
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Software Specifications |
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Accepted CAD input formats |
STL, OBJ |
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Pre-processing software licensing |
Single Node |
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Work station compatibility |
WindowsXP, Windows7, Linux |
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Print Protect(TM) |
Exclusive |
DexBot Mega
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Brand |
3Dexter |
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Speed |
Max.TravelSpeed:120mm/sec |
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Supported Card Size |
SD:32GB,USB Drive:32GB |
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Size |
BuildSize:310x310x305mm³ |
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Print Speed |
Max:90mm/sec |
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LCD |
Colour Touch Screen LCD |
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Nozzle Size |
0.4mm |
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Series |
Dexbot Mega |
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Package Contents |
Spares, SD Card, Scrapper, Nipper, Tweezers & Fevistick. |
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Accuracy |
PositioningAccuracy(XandY):0.0169mm,PositioningAccuracy(Z):0.02mm |
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Technology |
PrintingTechnology:FusedFilamentFabrication/FusedDepositionModelling |
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Volume |
BuildVolume:29.31L |
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Compatible For |
Material Compatibility: PLA, PLA+, ABS, ABS+, PETG, HPLA, Wood fill PLA, Carbon Fibre x PLA, Marble x PLA, Carbon Fibre x PETG, HIPS |
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Voltage |
100-240VAC |
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Frequency |
50-60Hz |
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Operating System |
Windows, Mac OS |
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LCD Size |
3.5inch |
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Current |
0.75-0.45Amp |
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Diameter |
FilamentDiameter:1.75mm |
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Power |
480W |
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Storage Temperature |
0to45deg C |
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Resolution |
LayerResolution:0.06to0.31mm |
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Dimensions (L x W x H) |
425x405x430mm |
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Weight |
16kg |
Delta FDM
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Machine Specifications: |
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Print size ( XY Z) |
250MMX250MMX300MM |
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The Layer Thickness |
0.05mmto0.2mm |
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Layer Resolution |
50micronsto250microns |
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Chassis |
Aluminum |
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Printing Filament |
PLA,ABS,NYLON,PVA,PPTGLASE,WOOD,STONE,CARBONFIBER & MORE |
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Filament Diameter |
1.75mm |
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Nozzle Diameter |
0.5mm-0.3mm all metal |
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Machine Dimensions |
650mm x480mmx850mm |
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Machine weight |
16kg |
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Maximum Print speed |
100mm/s |
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Recommended Print speed |
50mm/s. |
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Print Plate Size |
250mmx250mm. |
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Print Plate(Build Platform) |
Heated bed Glass. |
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AC Input |
100-240Volts,50-60Hz |
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No. of Extruders |
2 |
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Power Requirements |
24volts, 14.5Amp |
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Connectivity(Interface) |
USB, SD card |
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Electronics |
Arduino2560sheildwith LCD & SD Cardholder |
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Operational Environment(recommended) |
15-32degreecelcius |
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3DprintingSoftware |
Print ware |
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CAD Input data file format supported |
.STL, .OBJ |
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Client Operating System |
Windows, Linux, Mac |
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Print in dual color |
Yes |
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All metal Hot End. -Auto level Bed leveling. -All material Compatibility. |
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MAXMILL Plus
MAXMILL Plus 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. 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. It has an integrated base with coolant tank. The machine is equipped with cartridge type spindle power with optional 20 tool arm type ATC, Optional: 4thaxis rotary table.
Model-MAXMILLPLUS
Brand-MTAB
Type-Vertical Machining CentersX-480mm
Y-360 mmZ-500mm
Power-5.5 kWRPM-10,000 RPM#ATC-20
Taper-BT4-
Table-W350mm
Table-L 600 mm#Axis-4
Control-CNC (FANUC, Siemens, Mitsubishi) Dimensions-1900x2400x2550
Weight-3000kg
Electronic Wire EDM
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Machine Tools |
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Work tank Internal dimension(W x D x H) |
800x500x350mm |
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Work table dimension |
550x350mm |
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Traverse(X,Y,Z) |
300,200,500mm |
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Maximum job weight |
300kg |
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Maximum electrode weight (with accessories) |
70kg |
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Maximum job height |
250mm |
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Dielectric unit |
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Dielectric capacity |
400Litres |
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Filter element |
10μpapercartridge 2nos. |
EDM Drill
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Machine Tool Specifications |
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Electrode Pipe Dia. |
0.3 to 3mm |
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Max Job Weight |
300Kg |
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Daylight(With Electrode Holder) |
330mm |
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Shut Height |
180mm |
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Throat Min |
310mm |
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Dielectric Tank |
50Liters |
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Net Weight |
800Kg |
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Machine Floor Area |
100x1700mm |
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Work Table |
400X300mm(SS) |
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X Travel |
200mm |
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Y Travel |
150mm |
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Z/Z2Guide Travel |
300 mm/ 150mm |
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Max Job Height |
310mm |
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Max Drilling Depth |
300mm |
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Pulse Generator Specifications |
|
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Current |
25A |
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Power |
3KVA |
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Power Supply |
415V,3Phase, 50Hz |
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