OEDU-3DPIE Polarized 3D Imaging Technology

Product Description

Oeabt Educational Demonstration Series is designed to support advances in physics, optics, photonics, and emerging research fields through classic experiments. Each educational kit includes all necessary components and an instruction manual with detailed setup and operational guidance.

Polarized 3D imaging technology is based on the polarization properties of light and the principle of stereoscopic vision.

Light Source Components

表格

Item	Model	Notes	Qty
LED Light Source	LED-D1-MAX6K	White light 6000–6500K; DC 12V, 2W Max	2
Dimming Controller	LEDOTB-1000	1000mA, continuous & pulse mode supported	2
Ø1” Lens Sleeve	CSA-32	SM1 thread, L=32mm, with 1 retaining ring	2
30mm Through-Hole Cage Plate	CSJ-31	Limit hole Ø30.6mm, setscrew clamping	2

Sample Holder Components

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Item	Model	Notes	Qty
Tilt Adjustment Mount	LB-A3	±4° tilt, ±2mm Z-axis translation	2
Rectangular Mount	LFM1-A	Holds 28–40mm wide, <3mm thick optical elements	2

Lens Components

表格

Item	Model	Notes	Qty
Plano-Convex Lens	OLB-I1-70PM	Ø1”, f=70mm, AR coating 400–700nm	2
Lens Mount	SM-R1	For Ø1” optics, SM1 thread	2

Polarizer Components

表格

Item	Model	Notes	Qty
Linear Polarizer	PBSW-C1	Ø1”, operating wavelength 400–780nm	2
Rotation Mount	SM-RP	360° rotation, 2° division; main scale 1°, vernier 5 arcmin	2

Mechanical Components

表格

Item	Model	Notes	Qty
Optical Breadboard	OHD3030-A	300×300×13mm, M6 hole array, 4 counterbores	1
Rubber Feet	—	For breadboard	4
Post Holder	CAT57-T	Telescopic, L=57mm, twist height 8mm	8
Post	PCAH2.5-S	Ø12.7mm, L=63.5mm, M4/M6 threaded ends	8
Post Base	PCA31-S	M6 bolt	8
Clamp	M-BASE-C	Fork-type, secures post holders	8
Imaging Accessory	Slide	Assorted patterns, one set	1
Projection Screen	—	Gray diamond anti-light screen	1
3D Glasses	—	Linear polarized 3D glasses	1
Tool Kit	SPW-TH	With 7 thumb screws & 7 hex keys	1
Retaining Ring Wrench	SPW-SM150	L=150mm, scaled, for SM1 rings	1
Screw Pack	—	Complimentary	—

Optional: 3DPIE-RB Anaglyph Red-Blue Components

表格

Item	Model	Notes	Qty
LED Light Source	LED-D1-464	464–467nm; DC 12V, 2W Max	1
LED Light Source	LED-D1-640	640–645nm; DC 12V, 2W Max	1
Red-Blue 3D Glasses	—	Optical 3D lenses	1

Technical Description

Experiment Summary

The polarized 3D imaging experiment demonstrates the versatility and practicality of polarized light by exploring its fundamental properties and applications in science, technology, and daily life. It covers basic polarized light characterization (Malus’s Law, polarization state measurement), λ/4 waveplate applications, and implementation/comparison of 3D imaging methods (linear polarization, Anaglyph red-blue). The kit helps users grasp polarized light principles and real-world usage.

Experiment Principle

Polarized 3D technology relies on light polarization and stereoscopic vision. Polarizing filters assign orthogonal polarization directions to left and righteye images. Viewers wearing polarized glasses see only the corresponding image per eye, creating a stereoscopic effect. Widely used in cinema, gaming, and education, it delivers immersive visual experience.

Experiment Objectives

1. Study fundamental polarized light properties via Malus’s Law and polarization state measurement.
2. Explore realworld applications using λ/4 waveplates and 3D imaging.
3. Demonstrate 3D imaging principles using linear polarization and Anaglyph redblue methods.
4. Develop optical experimental skills and deepen understanding of polarized light and its uses.

Kit Contents

The polarized 3D imaging kit provides a complete practical platform for studying polarized light properties and applications in science, industry, and daily life.

Experiment Contents

• Optical path setup & alignment
• Handson operation & observation
• Troubleshooting & Q&A

Assembly

Application Examples