About Product Development & Realization Lab

• U print 3D Printer

  

   

  Technical Specifications:

  1. Maximum Build Size:203 x203 x152mm (8 x8x6in)

  2. Layer Thickness:.254 mm(.010in)or.330 mm.013in)

  3. Network Connectivity :Ethernet TCP/IP 10/100 base T

  4. System Size and Weight:76 kg (168 lbs)

  5. Material bay:635 (w) x 660 (d) x 787 (h) mm (25x26x31 in)

  6. Software: CatalystEX™ software or GrabCAD 

  7. Power Requirements: 220–240 VAC 50/60Hz,15A

  8. Materials: Model Material(ABS P400),Support Material(ABS P430)

   

  Application:

  • To develop the digital manufacturing process.

  • To study of additive manufacturing process.

  • To print the 3D models

  • To study the product development and research on different materials.

  • To utilize research purpose.

   

  Funded by: Institute

   

• Flashforge 3D Printer

  

   

  Technical Specifications:

  1. Build Volume: 5.5 L in X 5.5 W in X 5.5 H in.

  2. Layer Thickness: 100 microns~500 microns.

  3. Positioning Precision: 11 microns on X and Y and 2.5 microns on Z.

  4. Nozzle Diameter: 0.4 mm.

  5. Filament Diameter: 1.75 mm.

  6. Printing Technology: FDM (Fused Deposition Modeling)

  7. Printing material: PLA only

   

  Application:

  • To develop the digital manufacturing process.

  • To study of additive manufacturing process.

  • To print the 3D models

  • To study the product development and research on different materials.

  • To utilize research purpose.

   

  Funded by: Institute

• David SLS-2 scanner

  

   

  Technical Specifications:

  1. MPN : DAVID-SLS-2 (DL-SLS-2), Scan Size : 60-500 mm

  2. Resolution/ Precision: Up to 0.1% of 

  3. scan size (down to 0.06 mm)

  4. Scanning time: One single scan within a few seconds

  5. Mesh density : Up to 1,2000,000 vertices per scan, 

  6. Export formats : OBJ, STL, PLY

   

  Application:

  • To develop digital manufacturing process.

  • To study of additive manufacturing process.

  • To Study reverse engineering process.

  • To study the product development and research on various materials.

   

  Funded by: Institute

   

• Sense 3D Scanner

  

   

  Technical Specifications:

  1. Scan volume Min:0.2mx0.2mx0.2m, Max:3mx3mx3m

  2. Dimensions:5.08(w)x7.08(h)x1.3(d)inches

  3. Operating range: Min: 0.35m, Max:3m.

  4. Depth image size: 240(w) x 320(h) px.

  5. Field of view: Horizontal: 45°, Vertical: 57.5°.

  Application:

  • To develop digital manufacturing process.

  • To study of additive manufacturing process.

  • To Study reverse engineering process.

  • To study the product development and research on various materials.

  Funded by: Institute

   

• Markforged 3D Printer

  

   

  Technical Specifications:

  1. Printing Technology: FDM, CFF

  2. Build volume: 320 x 132 x 154 mm (12.6 x 5.2 x 6 in)

  3. Print bed: Kinematic coupling — flat to within 160 μm

  4. Extrusion: Second-generation extruder, out-of-plastic detection

  5. Power: 100–240 VAC, 150 W (2 A peak)

  6. Layer height: 100 μm default, 200 μm maximum

  7. Infill: Closed-cell infill: Multiple geometries available

   

  Materials:

  1. Plastics: Onyx, nylon white

  2. Fibers: Carbon fiber, fiberglass, Kevlar®, HSHT fibreglass

  3. Tensile strength: 800 MPa (25.8x ABS, 22.2x Onyx)

  4. Flex modulus: 51 GPa (24.8x ABS, 14.2x Onyx)

   

  Software:

  Software package: Eiger (other options available at additional cost)

   

  Physical Dimensions:

  1. Weight: 16 kg (35 lbs)

  2. Frame dimensions: 584 x 330 x 355 mm (23 x13 x14in)

   

  Application:

  • To study of additive manufacturing process.

  • To study the 3D printing of composite materials.

  • To print the high temperature materials.

  • To research on 3D printing and various materials.

   

  Funded by: Institute

   

• FUNMAT HT 3D Printer

  

   

  Technical Specifications:

  1. Model: FUNMAT HT 3D Printer

  2. Printing Technology: PEEK, ULTEM, PPSU and thermoplastics.

  3. Resolution: 50-micron

  4. Bed plate Temperature : 160°C

  5. Chamber Temperature : 90°C

  6. Extruder Temperature: 450°C

  7. Build volume: 260 x 260 x 260 mm.

   

  Application:

  • To study of additive manufacturing process.

  • To study the 3D printing of composite materials.

  • To print the high temperature materials.

  • To research on 3D printing and various materials.

  
  

  Funded by: Project

   

• Profilemeter

  

   

  Technical Specifications:

  1. Parameters: Ra, Rsk, Rt, Rp, Rz1max, RPc, RSm, Rmr and Rda.

  2. Length of operation: From 0.25 to 25 mm.

  3. Memory to save up to 100 results.

  4. Dimensions:127 x85x 60mm.

  5. Resolution:0,01μm, Accuracy:2% of measured value.

  6. Inductive pickup with diamond stylus of 5 μm radius.

  7. Measuring force: 150 mg, Measuring capacity:300 μm

   

  Application:

  • To study the rapid asymmetric incremental forming

  • Determine the type of machining used for the manufacturing of a surface based on the detected roughness patterns.

  • To study the whether a surface of a lubrication element is rough enough to retain oil molecules.

  • Predict the performance of braking system components.

  • To study the thickness of a film or coating material.

  • Determine the level of reflectance of a surface.

  • To study the accuracy and overall performance of FDM manufacturing units or CNC machining tools.

  • To study the product development and research on various materials.

  • To utilize research purpose.

   

  Funded by: UGC major Project.