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LASER Experiments

LASER POINTER IMPORTED PEN TYPE R-1023A

SPECIFICATION:


  •         Power: 3 mW 
  •         Power: Cells

DIODE LASER R-1023B

SPECIFICATION:

  • Laser Diode is formed from a P-N Junction and formed by injected electric current.
  • Laser diode module consists of laser diode fitted with a collimating lens in a metallic casting alongwith power supply (fitted in a single box or laser separate & power supply separate)
  •  Effective up to : 300 Feet 

LASER TYPE:

  •         Output : laser Diode 3 mW.
  •         Wave Length : 532 nm(Green) 670 nm(Red)
  •         Polarization : Random 
  •         Beam Dia : 4 mm x 0.6 mm Power: 220VAC

ADVANCE LASER KIT WITH DIODE LASER R-1027A

Suitable for Graduate & Post Graduate Course. The kit Consists of laser diode along with Optical Components to perform following Experiments:-To measure the divergence of laser beam using ScreenApp Used:- Graduated Translucent Screen, Screen Holder, Measuring tap, Mini Measuring Microscope Post 3no.To measure the thickness of wire with laser source App Used:- Paper White Screen, Screen Holder, Graph Paper, Measuring tap, Post 3no.Power Measurement Of Laser(To draw the characteristics of Intensity of light thorough He Ne Laser verses distance by using the Photo detector)App Used:- Wedge with micrometer Adjustment, Holder, Screen, Screen Holder, Post 3no To Study The Monochromatocity Of Laser And To Determine The Wavelength Of Laser With A Grating App Used:- Grating 100 Lines Per Inch, Grating Holder, Screen, Screen Holder, Post 3no.To measure the polarization characteristics of beam

 

LASER RED DIODE WITH POWER SUPPLY R-1023B(i)

SPECIFICATION:


  •         Laser Diode is formed from a P-N Junction and formed by injected electric current.
  •         Laser diode module consists of laser diode fitted with a collimating lens in a metallic casting alongwith power supply (fitted in a single box or laser separate & power supply separate)
  •         Effective up to : 300 Feet
  •      Large pan, plastic molded body and wide view deal


LASER TYPE:

  • ·        Output : laser Diode 3 mW.
  • ·        Wave Length : 670 nm(Red)
  • ·        Polarization : Random 


LASER GREEN DIODE WITH POWER SUPPLY R-1023B(ii)

SPECIFICATION:


  • Laser Diode is formed from a P-N Junction and formed by injected electric current.

  • Effective up to : 300 Feet 

  • Laser diode module consists of laser diode fitted with a collimating lens in a metallic casting alongwith power supply (fitted in a single box or laser separate & power supply separate)

LASER TYPE :

  • Effective up to : 300 Feet 

  • Laser diode module consists of laser diode fitted with a collimating lens in a metallic casting alongwith power supply (fitted in a single box or laser separate & power supply separate

  • Laser Diode is formed from a P-N Junction and formed by injected electric current.

LASER HELIUM NEON IMPORTED MOUNTED IN INDIA R-1024A

Most suitable for experiments of interference, diffraction and holography. Laser tubes alongwith SMPS power supply are housed in powered coated Box. From the hole, the laser beam comes out.

SPECIFICATION:


  •         Polarisation: (Random/unpolarised)
  •         Maximum Output 2 mW
  •         Beam Dia 0.8mm
  •         Operating Wave Length 632.8nm(RED)
  •         Mains 220V A.C.

LASER HELIUM NEON IMPORTED MOUNTED IN INDIA UNPOLARISED(RED) R-1024A

Most suitable for experiments of interference, diffraction and holography. Laser tubes alongwith SMPS power supply are housed in powered coated Box. From the hole, the laser beam comes out.

SPECIFICATION:


  •         Polarisation: (Random/unpolarised)
  •         Maximum Output 2 mW
  •         Beam Dia 0.8mm
  •         Operating Wave Length 632.8nm(RED)
  •         Mains 220V A.C.

LASER HELIUM NEON IMPORTED MOUNTED IN INDIA POLARISED (RED) R-1024B

Most suitable for experiments of interference, diffraction and holography. Laser tubes alongwith SMPS power supply are housed in powered coated Box. From the hole, the laser beam comes out.

SPECIFICATION:


  •         Polarisation: (Random/unpolarised)
  •         Maximum Output 2 mW
  •         Beam Dia 0.8mm
  •         Operating Wave Length 632.8nm(RED)
  •         Mains 220V A.C.

LASER HELIUM NEON IMPORTED MOUNTED IN INDIA UNPOLARISED (GREEN) R-1024C

Most suitable for experiments of interference, diffraction and holography. Laser tubes alongwith SMPS power supply are housed in powered coated Box. From the hole, the laser beam comes out.

SPECIFICATION:


  •         Polarisation: (Random/unpolarised)
  •         Maximum Output 2 mW
  •         Beam Dia 0.8mm
  •         Operating Wave Length 632.8nm(RED)
  •         Mains 220V A.C.

OPTICAL BENCH SPECIAL FOR HE NE LASER R-1025

  •         TYPE R-1025 A : The aluminum triangular optical Bench is ideal for educational & general purpose applications. One Meter Long with four uprights-two fixed motion & two slow motion for fixing various mounts of laser experiments
  •        TYPE R-1025 B : One meter long aluminum flat plate 6inch wide with M6 holds for directing fixing various mounts of laser experiments
  •         TYPE R-1025 C: 1.5 meter long standard Optical Bench with standard set of accessories for fixing various mount of laser experiments

LASER MOUNTS & ACCESSORIES R-1025A

  • Laser Stand: R-1025A (i) wooden with two leveling screws for adjusting the angle of laser beam
  • Lens  Mount: R-1025A (ii)Objective lens is held in position by threaded rings inside a threaded bore of the device.
  • Laser Screen Graduated : R-1025A(iii) A translucent screen with a graduated scale or an aluminum plate of size 6” x 4 for projection
  • Laser Grating Holder : R-1025A (iv) A specially designed Laser Grating holder adjustable for any size of grating
  • Laser Screen Holder: R-1025A (v) A specially designed holder for holding screen in vertical position
  • LASER Basic Post : R-1025A (vi) standard mount made from thick aluminum rod with side screw & base having slot for M6 screw for holding various types of screen holder/Grating holder/lens mount/cross wire
  • Laser Pin Holes: R-1025A (vii) Mounted in circular ring with rod a) 100 microns b) 250 microns c) 1000 microns
  • Laser Single or double Slit: R-1026A (viii) Mounted in glass for diffraction of laser
  • Laser Cross wire : R-1025A (ix) a thin wire mounted in curcular ring with rod
  • Laser Grating: R-1025A (x) Hilger & Watt type 100 lines per inch
  • Laser Three in one Laser grating: R-1025D (xi) for demonstration purpose a) 100 lines/inch b) 300 lines/inch c) 500 lines/inch

LASER STAND WOODEN R-1025A

wooden with two leveling screws for adjusting the angle of laser beam

LASER STAND METALLIC R-1025A (i)

Metallic with spring loaded action screws for adjusting the angle

LENS MOUNT OBJECTIVE LENS R-1025A(ii)

Objective lens is held in position by threaded rings inside a threaded bore of the device

LASER SCREEN R-1025A(iii)

A translucent screen with a graduated scale or an aluminum plate of size 6 x 4 for projection

LASER DIFFRACTION GRATING R-1025A(iv)

  • Grating Holder

  • A specially designed Laser Grating holder adjustable for any size of grating

  • 100 lines per inch.

LASER SCREEN HOLDER R-1025A(v)

Screen Holder* A specially designed holder for holding screen in vertical position

LASER BASIC POSTS SPECIAL R-1025A(vi)

Standard mount made from thick aluminum rod with side screw & base having slot for M6 screw for holding various types of screen holder/Grating holder/lens mount/cross wire.

LASER PIN HOLE R-1025A(vii)

  •         A Pin Hole
  •         Mounted in circular ring with rod a) 100 microns b) 250 microns c) 1000 microns

Laser Single/Double Slit

INSIF R-1026A (viii) ,
* Laser Single or double Slit Mounted in glass for diffraction of laser

LASER CROSS WIRE R-1025A(ix)

  •         Cross wire 
  •         A thin wire mounted in circular ring with rod

LASER GRATING R-1025A(x)

  •         Grating
  •         Hilger & Watt type 100 lines per inch

LASER THREE IN ONE GRATING R-1025D(xi)

  •        A specially designed Laser Grating holder adjustable for any size of grating
  •         Three in one Laser grating
  •            for demonstration purpose a) 100 lines/inch b) 300 lines/inch c) 500 lines/inch

LASER MOUNTS(RESEACH MODEL) R-1025B

TYPES:

  •      XYZ Translation Stage R-1025B(i) Driven with Micrometer (0.01 mm resolution), Height 25 mm , accuracy 10 microns, having three translation stages, two angle-brackets, one adapter plate and one base plate 
  •      X Stage: R-1025B(ii) Driven with Micrometer (0.01 mm resolution), Height 25 mm , accuracy 10 microns,
  •      Fine Post: R-1025B(iii) made of Aluminum alloy, bore size 12mm to suit 12 mm dia standard posts , mounting Hole M6 tapped hole at the base , with post mounting with threaded screw


LASER POST XYZ MOTION RESEARCH R-1025B(i)

  •         XYZ Translation Stage Driven with Micrometer (0.01 mm resolution), 
  •          Height 25 mm , accuracy 10 microns, 
  •         Having three translation stages, two angle-brackets, one adapter plate and one base plate

LASER POST X STAGE RESEARCH R-1025B(ii)

  • X Stage: Driven with Micrometer (0.01 mm resolution), 
  • Height 25 mm 
  •         Accuracy 10 microns,

LASER BASIC DIODE LASER KIT R-1026A

It is a new product & simple and suitable for under-graduate Course. 

The kit Consists of laser diode along with Optical Components to perform following Experiments:-
1. Laser Light Diffraction through transmission grating App Used:- Grating 100 Lines Per Inch, Grating Holder, Screen, Screen Holder, Post 3no
2. Set of 13 gratings Paper mounted single slit, Double Slit, wire mesh and pin hole App Used:- Grating Set, Grating Holder, Screen, Screen Holder, Post 3no
3. Splitting of laser beam though Fresnel bi-prism.App Used:- Fresnel Bi-Prism, Holder, Screen, Screen Holder, Post 3no
4. To Study Diffraction Pattern of Laser Light & hence to determine the wavelength of light through engraved Vernier scale (SS scale).App Used:- SS Scale, Holder, Graduated Translucent Screen, Screen Holder, Post 3no
5. To test the monochromaticity of laser light through PrismApp Used: Prism, Prism table, Screen. Screen Holder, Post 3no
6. To Demonstrate the Rectilinear Propagation of light App Used:- Two Aluminum Plates, with hole at center, Knitting Needle for Aligning holes, 2 Plate Holder Screen, Screen Holder, Post 3no
7. To Verify the law of Reflection of light App Used:- Plane Mirror, Special Mirror Holder, Screen, Screen Holder, Protractor, Post 3no
8. To Verify the Laws Refraction & Two find out the reflective index of glassApp Used:- Glass Slab, Slab Holder, Screen, Screen Holder, Post 3no.

BASIC LASER KIT WITH HE-NE LASER R-1026B

It is a new product & simple and suitable for under-graduate Course. 
The kit Consists of laser diode along with Optical Components to perform following Experiments:-
1. Laser Light Diffraction through transmission grating App Used:- Grating 100 Lines Per Inch, Grating Holder, Screen, Screen Holder, Post 3no
2. Set of 13 gratings Paper mounted single slit, Double Slit, wire mesh and pin hole App Used:- Grating Set, Grating Holder, Screen, Screen Holder, Post 3no
3. Splitting of laser beam though Fresnel bi-prism.App Used:- Fresnel Bi-Prism, Holder, Screen, Screen Holder, Post 3no
4. To Study Diffraction Pattern of Laser Light & hence to determine the wavelength of light through engraved Vernier scale (SS scale).App Used:- SS Scale, Holder, Graduated Translucent Screen, Screen Holder, Post 3no
5. To test the monochromaticity of laser light through PrismApp Used: Prism, Prism table, Screen. Screen Holder, Post 3no
6. To Demonstrate the Rectilinear Propagation of light App Used:- Two Aluminum Plates, with hole at center, Knitting Needle for Aligning holes, 2 Plate Holder Screen, Screen Holder, Post 3no
7. To Verify the law of Reflection of light App Used:- Plane Mirror, Special Mirror Holder, Screen, Screen Holder, Protractor, Post 3no
8. To Verify the Laws Refraction & Two find out the reflective index of glassApp Used:- Glass Slab, Slab Holder, Screen, Screen Holder, Post 3no

ADVANCE LASER KIT WITH HE-NE LASER R-1027B

Suitable for Graduate & Post Graduate Course.
The kit Consists of laser He Ne along with Optical Components to perform following Experiments:-
1.To measure the divergence of laser beam using Screen App Used:- Graduated Translucent Screen, Screen Holder, Measuring tap, Mini Measuring Microscope Post 3no
2.To measure the thickness of wire with laser source  App Used:- Paper White Screen, Screen Holder, Graph Paper, Measuring tap, Post 3no
3. Power Measurement Of Laser (To draw the characteristics of Intensity of light thorough He Ne Laser verses distance by using the Photo detector) App Used:- Laser Power Detector, Meter, Detector Holder, Post 3no
4. Study Of Beam Shape Of Laser (To Observe the Wedge, Laser Beam through screen using micro positioned.)App Used:- Wedge with micrometer Adjustment, Holder, Screen, Screen Holder, Post 3no
5. To Study The Monocromatocity Of Laser And To Determine The Wavelength Of Laser With A Grating App Used:- Grating 100 Lines Per Inch, Grating Holder, Screen, Screen Holder, Post 3no
6. To measure the polarization characteristics of beam

ADVANCE LASER KIT WITH HE NE LASER WITH ALUMINIUM BENCH R-1027C

Suitable for Graduate & Post Graduate Course.
The kit Consists of laser He Ne along with Optical Components to perform following Experiments:-
1.To measure the divergence of laser beam using Screen App Used:- Graduated Translucent Screen, Screen Holder, Measuring tap, Mini Measuring Microscope Post 3no
2.To measure the thickness of wire with laser source  App Used:- Paper White Screen, Screen Holder, Graph Paper, Measuring tap, Post 3no
3. Power Measurement Of Laser (To draw the characteristics of Intensity of light thorough He Ne Laser verses distance by using the Photo detector) App Used:- Laser Power Detector, Meter, Detector Holder, Post 3no
4. Study Of Beam Shape Of Laser (To Observe the Wedge, Laser Beam through screen using micro positioned.)App Used:- Wedge with micrometer Adjustment, Holder, Screen, Screen Holder, Post 3no
5. To Study The Monocromatocity Of Laser And To Determine The Wavelength Of Laser With A Grating App Used:- Grating 100 Lines Per Inch, Grating Holder, Screen, Screen Holder, Post 3no
6. To measure the polarization characteristics of beam

ADVANCE LASER KIT WITH HE NE LASER WITH HONEY BREAD BOARD R-1027D

But Supplied with Honey Bread Board 3 feet x 3 feet & Provided with Advance Posts & mounts as Mentioned Below:- A. XYZ Translation Stage Drive with Micrometer (0.01 mm resolution),Height 25 mm , accuracy 10 microns, having three translation stages,

two angle-brackets, one adapter plate and one base plate most suitable for photo detector, fiber optic,Beam expender (objective),

Laser Mount with tilting Arrangement to adjust align the laser & laser can be rotating also.Fine Post: made of Aluminum alloy, bore size 12mm to suit 12 mm dia standard posts ,mounting Hole M6 tapped hole at the base ,with post mounting with threaded screw

RESEARCH LASER KIT WITH HE-NE LASER R-1028

Suitable for Post Graduate & Research Work.

 

LASER TO MEASURE THE THICKNESS OF WIRE WITH LASER SOURCE R-1032B

APPARATUS REQUIRED: 


  •         2mW Diode Laser,
  •         Laser Posts 3 Nos,
  •         Laser Mounts 
  •         3 Nos: a)Wire mounted in round mount b) Laser Graduated screen c) Micrometer eye piece


LASER TO MEASURE THE BEAM PROFILE OF LASER R-1032C

APPARATUS REQUIRED: 


  •        2mW Diode Laser,
  •         Laser Posts 3 nos, 
  •         Laser Mounts 3 nos,
  •         Photo detector ,
  •         Milli Voltmeter, 
  •         Wedge with fine adjustment,
  •         Laser Graduated screen,
  •         connecting leads


LASER TO MEASURE THE WAVELENGTH OF LASER LIGHT USING TRANSMISSION GRATING R-1032D

APPARATUS REQUIRED: 


  •        Laser Grating
  •        100 Lines Per Inch,
  •        Grating Holder,
  •        Graduated Screen, 
  •        Screen Holder,
  •        Post 3no

LASER TO MEASURE THE WAVELENGTH OF LASER LIGHT USING VERNIER SCALE R-1032E

APPARATUS REQUIRED: 


  •        2mW Diode Laser ,
  •        Vernier Scale, 
  •        Holder,Graduated
  •        Translucent Screen, 
  •        Screen Holder,
  •        Post 3no

LASER TO DETERMINE THE INTERFERENCE OF LASER AND COHERENCE OF LASER R-1032F

APPARATUS REQUIRED: 

 

  •        Laser Graduated screen
  •         2mW Diode Laser,
  •         Laser Mounts ,
  •         Young slit (double slit), 
  •         slit stand 
  •         graph paper,
  •         measuring tape,



LASER TO STUDY THE POWER DISTRIBUTION WITHIN THE BEAM R-1032G

  •        Laser: To measure the divergence of Laser
  •        Laser: To Measure the spot Size of the Beam

APPARATUS REQUIRED: 

  •        2mW Diode Laser,
  •         a knife edge mounted on a micro Positioner, 
  •         Laser Mounts ,
  •         a photo detector , 
  •         a milli voltmeter

LASER TO DETERMINE FRAUNHOFER DIFFRACTION PATTERN OF A CIRCULAR APERTURE AND TO MEASURE ITS DIAMETER R-1032H

APPARATUS REQUIRED: 

 

  •        2mW Diode Laser,
  •        special slit (a diaphragm containing a pair of circular aperture),
  •        Laser Mounts ,
  •        a long focus lens/objective ,
  •        slit stand ,
  •        screen/graph paper,

LASER TO DETERMINE THE TINY PARTICLE SIZE USING LASER DIODE R-1032L

APPARATUS REQUIRED: 


  •        2mW Diode Laser,
  •        Grating Holder,
  •        Lycopodium slide
  •        Graduated screen 
  •        screen holder

LASER TO DETERMINE THE POLARIZATION OF LASER DIODE R-1032J

APPARATUS REQUIRED: 

 

  •        2mW Diode Laser,
  •        Polarizer & Analyzer, 
  •        Photo Detector with Digital Meter


LASER TO DETERMINE THE CHARACTERISTICS OF LASER R-1032K

APPARATUS REQUIRED: 

 

  •        2mW Diode Laser,
  •        Translation stage with detector, 
  •        Cell Mount,
  •        Detector Output measurement digital Meter,
  •        Opto electronic measurement unit.

 


LASER TO DETERMINE THE MALUS LAW USING LASER DIODE R-1032L

APPARATUS REQUIRED: 

 

  •        2mW Diode Laser,
  •        Polarizer in a rotatable mount with graduated scale & Analyzer, 
  •        digital meter,,
  •        De Photo Cell Detector,
  •        a glass plate with plate holder 


LASER TO DETERMINE THE BREWSTER ANGLE AND HENCE THE REFRACTIVE INDEX OF A TRANSPARENT MATERIAL R-1032M

APPARATUS REQUIRED: 

 

  •        2mW Diode Laser,
  •        Polarizer in a rotatable mount with graduated scale & Analyzer, 
  •        digital meter,,
  •        De Photo Cell Detector,
  •        a glass plate with plate holder 


LASER TO DETERMINE THE NUMERICAL APERTURE USING LASER DIODE FOR FIBRE OPTICS EXP R-1032N

APPARATUS REQUIRED: 

 

  •        2mW Diode Laser,
  •        Fibre optic chuck holder ,
  •        Fibre optic Holder, 
  •        Fibre optical cable one meter long with connector, 
  •        Graduated Translucent Screen, 
  •        Screen Holder

LASER TO STUDY THE FARADAY EFFECT CALLED MAGNETIC OPTIC ROTATION R-1032O

APPARATUS REQUIRED: 

 

  •        2mW Diode Laser,
  •        Polarizer & analyzer,
  •        strong Electro magnetic field 7.5 or 10 Killo Guass , 
  •        with High grade Power supply, 
  •        quartz cuvette with soluble chemicals,, 
  •        Photo detector with milli voltmeter 

LASER TO MEASURE THE FOCAL LENGTH OF A GIVEN LENS R-1032P

APPARATUS REQUIRED: 

 

  •        2mW Diode Laser,
  •        a slit/grating, 
  •        a Collimeter,
  •        a test lens and
  •        a micrometer eye piece or
  •        a travelling microscope


LASER TO MEASURE THE RESOLVING POWER OF AN IMAGING LENS R-1032Q

APPARATUS REQUIRED: 

 

  •        2mW Diode Laser,
  •        a pair of pin hole aperture plate,
  •        a test lens with an iris diaphragm and
  •        a screen


LASER REFRACTIVE INDEX OF LIQUIDS USING LASER R-1032R

APPARATUS REQUIRED: 

 

  •        2mW Diode Laser,
  •        blast tank,        
  •        3 window grating and 
  •        a screen

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