OPTICS PHYSICS LAB Lab Equipment Manufacturer, Supplier and Exporter in India

A glass tube constructed along the middle portion to concentrate the discharge glow & provided with cylindrical metal electrodes connected to 4 mm plugs mounted in moulded plastic end caps.

Power output 3KV, 3Ma, with 4mm socket and on/off switch.. 

It is a rectangular casted metal case and polythene insulated lid with finger flap to facilitate removal.

• 650 nm red laser, class II 1mW, with Ø10 rod and magnetic base plate
• 5V power supply and Fresnel lens included (transforms the beam into a plane beam)
• Ringed token with 7 slots - 7 lines
• Ringed Young's slits
• Ringed token with diffraction and Young's holes

• Includes 5 magnetic lenses, 1 erasable A3 plate of the human eye, 4 magnets and 1 erasable felt-tip pen.

• 4 red beams 650 nm, 1 green beam 535 nm
• Beam spacing 3 wide or narrow strokes
• Power: 5 x 1mW laser diodes
• Beam spacing: 17.5mm 
• Magnetic base
• Beam selection switch
• Power supply: 230 - 4.5V (included)
• Over-glasses for red laser protection to EN208 standard
• All equipment must be stored in a case with a captive lid and built-in hinged handle
• Inside the box, a foam insert with pre-formed cells ensures long-term storage of components

• Set of materials dedicated to the study of geometrical optics. Optimized selection for 20 experiments directly inspired by international curricula on the subject.
• All equipment must be stored in a case with a captive lid and built-in hinged handle.
• The lid closes with a patented bayonet locking system, enabling several boxes to be firmly joined together to form a stable stack that can be transported with just one hand.
• To remove a box from the stack, simply lift the central locking system.
• Inside the box, a foam insert with pre-formed cavities ensures long-lasting storage of components.
• The set is accompanied by educational literature in the form of manuals supplied in electronic form for easy reproduction.

• Light rays and beams 
• Reflection on a plane mirror
• Construction of a virtual image in a mirror
• Tilted mirrors
• Focal point of a concave mirror
• Characteristic rays of a concave mirror
• Refraction
• Planar-parallel plate
• Refractive index at the air/water interface
• Angle of total reflection
• Total reflection prism
• Optical fiber
• Focal point of a convex lens
• Characteristic rays of a convex lens
• Apparent focal point of a concave lens
• Lens combinations
• Decomposition of white light
• Additive color mixing
• Subtractive color mixing
• Crossing light beams

• Experimental lamp
• Opaque slide, OG1
• Single-slit and double-slit diaphragm
• 3- and 5-slit diaphragm
• Flat mirror
• Semi-cylindrical body
• Trapezoidal body
• 90° prism
• Coated plastic trough
• Set of 2 plano-convex lenses
• Plano-convex lens
• Set of 2 connecting wires, 75 cm
• Plano-convex mirror
• Disc with angular graduations
• Tricolor filter
• Subtractive filter, yellow
• Subtractive filter, magenta
• Subtractive filter, cyan
• Crossover module
• Accessories required:
• Low-voltage power supply with dual digital display, 6-12V/5A and 0-12Vdc. Limited to 12V to prevent damage to equipment and protect students.
• Square with protractor, 160 mm
• Compass

• Spare halogen bulb, 12 V/20 W

• Student workbook OG1
• Teacher's manual, OG1

• Set of materials dedicated to the study of wave optics. Optimized selection of 14 experiments directly inspired by international curricula on the subject.
• All equipment must be stored in a case with a captive lid and built-in hinged handle.
• The lid closes with a patented bayonet locking system, enabling several boxes to be firmly joined together to form a stable stack that can be transported with just one hand.
• To remove a box from the stack, simply lift the central locking system.
• Inside the box, a foam insert with pre-formed compartments ensures long-term storage of components.
• The set is accompanied by educational literature in the form of manuals supplied in electronic form for easy  reproduction.
• List of the 14 experiments that can be carried out in combination with the Optique OG1 set:
• Shadow formation
• The camera
• Virtual and real images of a concave mirror
• Real image of a converging lens
• Magnifying glass
• Microscopes
• The telescope
• Galileo's telescope
• Mirror telescope
• Eye and vision defects
• Stereoscopic vision
• Prism spectra
• Concentration of a sugar solution
• Rainbows

• Support rod, 10 cm
• White screen with scale
• Transparent screen
• Lens, +50, in holder
• Lens, +100, in holder
• Spatula
• Lens, +300, in holder
• Lens, -100, in lens holder
• Concave mirror in holder
• Single lens holder
• Lens holder plus slide holder
• Threaded spindle
• F-shaped diaphragm
• Diaphragm with 4 mm hole
• Diaphragm with 2 mm hole
• Diaphragm with 1 mm hole
• Diaphragm with square hole
• Single rider
• Jumper with slot
• Support block for 2 ampoules
• Double slit diaphragm
• Optical diffraction grating
• Polarization filters
• Red filter in holder
• Slit diaphragm
• Jumper with screw
• Raindrop model
• Hollow prism
• Transparent holder
• Necessary accessories already offered with ME2 set (item I.2)
• Universal rail, 1000 mm
• Accessories already available for OG1 (item II.2)
• Low-voltage power supply
• Square with protractor, 160 mm

• OW1 student workbook, OW1 teacher's manual