Technology Labs
FOL - MZ Mach Zehnder Interferometer
1) Kinematic mounts provided for fine adjustment of optical components.
2) Laboratory-grade materials used with high corrosion resistance.
3) Diode laser used as the light source.
4) Research-quality optical components for high accuracy and reliability.
2) Laboratory-grade materials used with high corrosion resistance.
3) Diode laser used as the light source.
4) Research-quality optical components for high accuracy and reliability.
Optical Breadboard with Support
i) Dimensions: 800 mm × 600 mm
ii) Material: Stainless Steel
iii) Quantity: 1 No.
Beamsplitter Mount
i) Degrees of Freedom: 2 degrees
ii) Material: Black anodized Aluminium alloy
iii) Quantity: 1 No.
Mirror Mount with Precision Translation
i) Adjustment Range: ±3 degrees
ii) Material: Black anodized Aluminium alloy
iii) Least Count (Micrometer): 0.01 mm
iv) Quantity: 1 No.
Screen with Mount
i) Dimension: 75 mm × 75 mm
ii) Quantity: 1 No.
Mirror with Cell
i) Diameter: 25 mmThickness: 6 mm
ii) Material: Borofloat
iii) Coating: Aluminium
iv) Quantity: 2 Nos.
Glass Slide
i) Dimensions: 75 mm × 25 mm
ii) Thickness: 1 mm
iii) Quantity: 5 Nos.
Diode Laser with Power Supply (Green)
i) Wavelength: 532 nm
ii) Optical Power: 5 mW
iii) Quantity: 1 No.
Kinematic Laser Mount
i) Material: Black anodized Aluminium alloy
ii) Adjustments: Using 80 TPI lead screws
iii) Adjustment Range: ±3 degrees
iv) Quantity: 1 No.
Mirror Mount with Translation
i) Adjustment Range: ±3 degreesFine
ii) Adjustments: Using 80 TPI lead screws
iii) Material: Black anodized Aluminium alloy
iv) Quantity: 1 No.
Rotation Stage
i) Resolution: 2° per division
ii) Material: Black anodized Aluminium alloy
iii) Quantity: 1 No.
Pressure Cell
i) Length: 10 cm
ii) Pressure Range: 0 – 300 mm Hg
iii) Quantity: 1 No.
Beamsplitter
i) Dimensions: 50 mm × 50 mmThickness: 6 mmR/T
ii) Ratio: 50/50
iii) Material: N-BK7
iv) Coating: Aluminium
v) Quantity: 1 No.
Diode Laser with Power Supply (Red)
i) Wavelength: 650 nm
ii) Optical Power: 5 mW
iii) Quantity: 1 No.
i) Dimensions: 800 mm × 600 mm
ii) Material: Stainless Steel
iii) Quantity: 1 No.
Beamsplitter Mount
i) Degrees of Freedom: 2 degrees
ii) Material: Black anodized Aluminium alloy
iii) Quantity: 1 No.
Mirror Mount with Precision Translation
i) Adjustment Range: ±3 degrees
ii) Material: Black anodized Aluminium alloy
iii) Least Count (Micrometer): 0.01 mm
iv) Quantity: 1 No.
Screen with Mount
i) Dimension: 75 mm × 75 mm
ii) Quantity: 1 No.
Mirror with Cell
i) Diameter: 25 mmThickness: 6 mm
ii) Material: Borofloat
iii) Coating: Aluminium
iv) Quantity: 2 Nos.
Glass Slide
i) Dimensions: 75 mm × 25 mm
ii) Thickness: 1 mm
iii) Quantity: 5 Nos.
Diode Laser with Power Supply (Green)
i) Wavelength: 532 nm
ii) Optical Power: 5 mW
iii) Quantity: 1 No.
Kinematic Laser Mount
i) Material: Black anodized Aluminium alloy
ii) Adjustments: Using 80 TPI lead screws
iii) Adjustment Range: ±3 degrees
iv) Quantity: 1 No.
Mirror Mount with Translation
i) Adjustment Range: ±3 degreesFine
ii) Adjustments: Using 80 TPI lead screws
iii) Material: Black anodized Aluminium alloy
iv) Quantity: 1 No.
Rotation Stage
i) Resolution: 2° per division
ii) Material: Black anodized Aluminium alloy
iii) Quantity: 1 No.
Pressure Cell
i) Length: 10 cm
ii) Pressure Range: 0 – 300 mm Hg
iii) Quantity: 1 No.
Beamsplitter
i) Dimensions: 50 mm × 50 mmThickness: 6 mmR/T
ii) Ratio: 50/50
iii) Material: N-BK7
iv) Coating: Aluminium
v) Quantity: 1 No.
Diode Laser with Power Supply (Red)
i) Wavelength: 650 nm
ii) Optical Power: 5 mW
iii) Quantity: 1 No.
1) To determine wavelength of laser beam.
2) To find refractive index of a transparent material.
3) To study refractive index change in air under different pressures and determine refractive index of air.
2) To find refractive index of a transparent material.
3) To study refractive index change in air under different pressures and determine refractive index of air.
With 35 years of legacy in Technical Education, Akademika extends its expertise to Defence and Skill development, building Innovative, Reliable Training Systems for the next generation of Learners.
Partner with Akademika
Join leading institutions that trust our engineering to Advance Learning and Research.
