Spec
Laser Experiment Project Kit
Introductory laser experiment project kit containing optics and low-cost optical bench.
The Laser Optics Lab contains more than 30 optical components and accessories for demonstrating the principles of optics in basic courses of physics and physical science. When used in conjunction with any HeNe laser*, the lab enables instructors to provide students an exciting and easily grasped learning experience in lasers and optics.
Sampling of Experiments:
- Investigate reflection, refraction and critical angle.
- Measure wavelengths of light using the techniques of Young, Michelson and Lloyd.
- Construct optical levers to detect and measure minuscule movements that are almost imperceptible to the human eye.
- Test a lens for defects, collimate light and evaluate a person’s visual perception skills.
- Capture light in an arcing water jet or an optical fiber and investigate fiber optics phenomena.
- View a hologram, observe interference rings and measure diffraction patterns with a ruler.
- Determine the index of refraction of a liquid or transparent solid by measuring bending in the intense laser beam as it enters or leaves the material.
- Study characteristics of light: wavelength, interference, diffraction and polarization.
| Model | Description |
|---|---|
| 45-600 | Introductory laser experiment project kit containing optics and low-cost optical bench |
| Download |
|---|
| 45-700-manual.pdf |
Fourier Optics System
A tutorial system for Fourier Optics experiments, including Fresnel and Fraunhofer diffraction, spatial filtering, relay imaging, etc.
| Model | Description |
|---|---|
| GFS01 | Fourier Optics System |
| Download |
|---|
| Fourier Optics System.pdf |
Fiber Optics Communications & Networking Module
- 10 comprehensive and challenging activities
- Completely self-contained curriculum
- Curriculum pretest and post test
- Instructor’s manual with colorcoded answer sheets
- Solid-state, low profile, surface-mount transceivers with audio and video transmission capabilities
- Low voltage transceiver operation with optical detection
- Multiplexed switching input/output transceiver
- Low power LED technology for safely
- 3 wavelength operation
| Model | Description |
|---|---|
| IF-527 | FIBER OPTIC COMMUNICATIONS & NETWORK MODULE |
| IF-528 | Splice connector consumables kit |
Holographic Image System
This system is a one-step transmission image-plane holographic system.
It can be expanded to a two-step transmission image-plane system, a rainbow holographic system, or a two-beam reflection holographic system.
| Model | Description |
|---|---|
| GHS01 | Holographic Image System |
Information Transmitted Kits
SPEED OF LIGHT MEASUREMENT / RECEIVER KIT
- Transmitting /receiving an audio signal
- Speed of light measurement
- B/W video receiver transmission /detection
LASER VIDEO KIT
Industrial Fiber Optics manufactures laser receivers specially designed to decode information transmitted via laser beams, then convert that information to electrical or audible forms.
With so many lasers on the market today, determining which receiver you should purchase fir a particular application can be frustrating.
For your convenience we created the following table to aid in your selection. (The receiver in the photo is the same size as the IFVR or IF-VR2.)
| Model | Description |
|---|---|
| IF-LSL-SA1 | RECEIVER & POWER ADAPTER |
| IF-LSL-SA1 | Universal Laser Receiver |
| IF-LSL-SA1 | Universal Laser Receiver |
| IF-VR | Laser NTSC Receiver |
| IF-VRII | Laser RF Video Receiver |
| Download |
|---|
| Information Transmitted Kits.pdf |
Liquid Crystal Display Education Kit
Features
- Including foundation experiment for light and three subjects of optical experiment
- Each subject includes several test items for practical training and verifying
- This system could be practiced in proper sequence in experiment course
- Each of them includes manual specifying physics principle and experiment steps
- Simplified designs for easy assembling and operating
- Module designs for all kinds of education purpose and experiment
Applications
- Computer generated holography.
- Hybrid Compute-Controlled Optical Correlator for Multiple Target Recognition.
- Optical-data processing/Liquid-Crystal television spatial light modulator.
- Acousto-optic space integration correlator.
- Color encoding of holographic interfero metric fringe patterns with white-light processing.
- Coherent optical implementation of generalized two-dimensional transforms.
| Model | Description | Download |
|---|---|---|
| SLM-EK | Liquid Crystal Display Education Kit |  |
Universal Interferometer Systems
Universal Interferometer System
- Highly stable for Ultra Optical Cage Systems.
- Material : S45C+ Chromium plated.
| Model | Description | Download |
|---|---|---|
| GIM01 | Universal Interferometer System | |
Cage Michelson interferometer
The Michelson interferometer was invented by Albert Abraham Michelson. The light pass through a beam splitter and is split into two beams, reference beam and sample beam. Each of beams is reflected back toward the beam splitter and combined. According to the superposition principle, the interferometric fringes are shown due to the light path difference of the two beams. In 2015, LIGO, an application of the Michelson interferometer, was made to observe the gravitational waves.
Advantages for using cage system
- Compact & Stable & Robust
- Easily get interferometric pattern
| Model | Description |
|---|---|
| GIM04G | Cage Michelson interferometer |
Cage Mach Zehnder interferometer
The Mach Zehnder interferometry was proposed by Zehnder in 1891, and refined by Mach in 1892. Same as Michelson interferometry, the light pass through a beam splitter and is split into two beams, reference beam and sample beam. However, the sample beam and reference beam are reflected and combined at the second beamsplitter. The interference pattern will be modified by any optical path perturbation in the sample arm. It is used in the fields of plasma physics to measure pressure and density changes in gases and also used to study the quantum entanglement phenomenon.
Advantages for using cage system
- Compact & Stable & Robust
- Easily get interferometric pattern
| Model | Description |
|---|---|
| GIM05 | Cage Mach Zehnder interferometer |
