MMNE Lab - Major Equipment

• Humidity Chamber: 50L

• Temperature Range: 5°C to 65°C

• Relative Humidity Range: 35% to 90% RH

• Temperature Uniformity: +/- 1 Deg C

• Relative Humidity Accuracy: +/- 3%

• Make: Femto Science, South Korea

• Chamber Dimensions : W.140 X D.200 X H.110(mm)

• Generator : 100W, 20~100kHz

• Controller : Auto & Manual control by 7" Touch PC

Ossila's Four-Point Probe System is an easy-to-use tool for the rapid measurement of sheet resistance, resistivity, and conductivity of materials.

• Voltage range: ±100 μV to ±10 V

• Current range: ±1 μA to ±150 mA

• Sheet resistance range: 3 to 10 (ohms per square)

• Measurement accuracy: < ±4%

• Measurement precision: ±0.5%

Primarily for deposition of thin coatings of liquid on the different substrates (glass, PCB, Si Wafer).

• 100 – 10000 Rotations per minute

• 15 programs preset editable programs, 20 steps with 1-9999 seconds gap  per step

• Chuck Sizes Available: 25 & 75 mm

• PC & Keypad Control

A pair of Holmarc Syringe/Infusion pumps with controllers are used for our various microfluidics applicaitons involving precision controlled circulation like droplet microfluidics, particle encapsulation, etc.

• Model: HO-SPLF-01

• Compatible Syringes: 5ml to 60 ml (Standard Off the shelf syringes)

• Flow Rates: 15.63 μl/hr to 36.2 ml/min (Dependent on syringe size & Manufacturer)

• Dispensing accuracy of +/- 1 %

• Control: On-board controller or PC (via RS-232 interface)

• Make: Thermo Scientific

• Temperature: 50 to 330 °C

• Chamber Volume: 3.5 Cubic Feet / 97 Liters (2 Shelves)

FDM based 3D printing up to 100µm accuracy with PLA, ABS and PCL Materials.

• Range: 20-2,00,000 cP

• Small sample adapter volume: ~ 5 ml

• Display for Results and Temperature 

• With Low viscosity adapter (0.1 -20 cP)

• Number of spindles: 4

• Mega A3 Mega Drive Laminator

  • Max width 325 mm

  • Maximum Substrate Thickness: 3mm

• Mega Electronics AY315 UV Expoure Unit

  • 6 x 15W UV Tubes

  • Working Area: 260 x 355 mm 

  • Vacuum Supported