Customization:
With lightweight, impact-resistant plastic components, reduce the risk of breakage compared to glass alternatives.*
With a programmable control panel featuring three dedicated buttons and a precision dial, configure experiments quickly versus manual adjustments.*
Equipped with a semiconductor laser light source, achieve focused beam accuracy for precise refraction and reflection experiments versus less stable LED alternatives.*
At 23cm x 16cm, the lightweight box enables easy transport between classrooms or labs, ideal for on-site demonstrations versus bulkier kits.*
With interchangeable lenses, prisms, and mirrors, adapt the kit to diverse teaching needs, offering greater flexibility than fixed-component sets.*
The Optical Experiment Kit is a comprehensive educational tool designed for learning, school teaching, and training in physics and optics. It includes essential components like convex lenses, concave mirrors, triangular prisms, a semiconductor laser, and a control panel with three programmable buttons. The compact, durable plastic components and portable cardboard box make it ideal for classroom demonstrations and hands-on experiments.
Feature | Specification | Benefit |
---|---|---|
Lenses | Convex/concave lenses (various focal lengths) | Demonstrate refraction, magnification, and focal points. |
Prisms | Triangular, high-transparency glass | Study light dispersion and wavelength separation. |
Mirrors | Concave/flat mirrors (plastic) | Analyze reflection angles and image formation. |
Semiconductor Laser | 650nm wavelength, 5mW output | Precise light source for beam alignment experiments. |
Control Panel | 3 programmable buttons (A/B/C) | Adjust laser intensity, focus, or experiment modes. |
Box Dimensions | 23cm (W) × 16cm (H) × 8cm (D) | Compact design for easy storage and transport. |
Material | Plastic components, cardboard box | Lightweight, durable, and classroom-safe materials. |
Application Scenario | School labs, STEM workshops, training | Versatile for teaching optics fundamentals and advanced experiments. |
Adjustable parameters include component quantities (e.g., adding extra lenses) and control panel programming to tailor experiments for specific educational needs.
Explore light refraction with prisms, observe image inversion with concave mirrors, or design beam-splitting setups with the laser. The kit’s modular design adapts to both introductory and advanced optics lessons.
Parameter | Base Model | Advanced Model | Pro Model |
---|---|---|---|
Laser Power | 5mW | 10mW (+100%) | 15mW (+200%) |
Component Variety | 10 core items | 15 items (+50%) | 20 items (+100%) |
Durability | Standard plastic | Reinforced plastic (+20% impact resistance) | Industrial-grade (+40% longevity) |
Control Panel Features | Basic buttons | Touchscreen overlay | Programmable software |
Technical Breakthroughs:
Version Selection Guide:
With the Pro model’s 15mW laser, you can conduct precise diffraction studies that traditional kits cannot. Pair its industrial-grade plastic with the touchscreen control panel to automate experiments, saving hours of manual adjustments.
Category | Usage Scenarios | Characteristics | Advantages | Disadvantages |
---|---|---|---|---|
Basic Optics Kits | Introductory school labs, homeschooling | Plastic lenses (ASTM D638), basic prisms (±2° angular tolerance) | Affordable, lightweight ▲, easy storage | Limited durability (50+ uses recommended) ▲, lower optical precision (0.5mm surface tolerance) |
Advanced Optics Kits | College labs, professional training | Glass lenses (ISO 10110), precision prisms (±0.1° tolerance) | High optical clarity ▲▲, durable (500+ uses) ▲▲, 0.01mm surface tolerance | Higher cost ▲▲, heavier (requires stable mounting) |
Portable Experiment Sets | Field demonstrations, mobile classrooms | Compact design (23x16cm, 1.2kg), lightweight plastic casing (ASTM D543) | Easy transport ▲▲, weather-resistant (IP54 rating) | Limited components (8 pieces max) ▲, no advanced accessories (e.g., lasers) |
Classroom Demonstration Kits | School labs, teacher-led demos | 3-programmable control buttons (IEC 60204), laser source (650nm, 5mW, IEC 60825) | Versatile setups ▲▲, includes safety goggles ▲, 10+ experiment guides | Requires assembly ▲, higher price tier ▲▲ |
Laser Safety Kits | Industrial training, safety compliance | 5mW semiconductor laser (IEC 60825-1 Class 2), auto-shutoff (ISO 60825-1) | Meets OSHA safety standards ▲▲, 100% eye protection compliance | Lower power limits (≤5mW) ▲, no adjustable beam width |
Component-Based Learning Sets | Custom experiments, R&D prototyping | Modular design (20+ interchangeable parts), laser diode (635nm, 10mW) | Fully customizable ▲▲, 100+ experiment combinations ▲▲, 1mm precision alignment | Requires advanced setup ▲▲, higher cost ▲▲, no pre-assembled guides |
⭐⭐⭐⭐⭐ Mr. David Lin - High School Physics Teacher
"This optics kit has transformed how I teach light and lenses. The control panel with A/B/C buttons makes it so easy to demonstrate focal points and beam direction without fumbling with manual adjustments. My students love the hands-on experiments with prisms and convex lenses. The plastic components are surprisingly precise and much safer than glass—no more broken lenses after clumsy handling!"Purchase Date: September 2024 | Usage Period: 7 months
⭐⭐⭐⭐⭐ Dr. Elena Perez - STEM Outreach Program Coordinator
"We use the Advanced Model of this kit in our mobile science labs, and it’s been a game-changer. The reinforced plastic holds up beautifully during field trips, and the 10mW laser gives clearer beam visibility for group demonstrations. I especially appreciate the customization option—we added extra concave mirrors for our optics rotation, and the supplier delivered within a week. Setup is intuitive, even for volunteer instructors."Purchase Date: February 2025 | Usage Period: 4 months
⭐⭐⭐⭐☆ James Wilson - Amateur Science Enthusiast
"As a hobbyist, I wanted something compact but functional for home experiments. The Base Model fits perfectly on my dining table and stores easily. I’ve replicated classic refraction and dispersion experiments using the triangular prism and laser—results are surprisingly accurate for a plastic-based kit. Only downside: the cardboard box feels a bit flimsy over time, but everything stays protected when stored carefully."Purchase Date: November 2024 | Usage Period: 5 months
⭐⭐⭐⭐⭐ Prof. Anita Rao - University Physics Department
"We trialed three different optics kits last semester and chose the Pro Model for our introductory labs. The programmable software and 15mW laser allow students to run repeatable diffraction experiments with real-time data logging—a feature usually found in much more expensive systems. It’s also saved us hours in lab prep. The industrial-grade plastic has survived heavy student use with zero breakage. Outstanding value for higher education."Purchase Date: January 2025 | Usage Period: 6 months
⭐⭐⭐⭐⭐ Maria Gonzalez - Technical Training Supervisor
"We run optics modules for vocational technicians, and this kit’s modular design and durability are exactly what we needed. Trainees can reconfigure setups to simulate real-world alignment tasks, and the laser’s 650nm wavelength provides consistent results. The Class 2 safety rating gives us peace of mind during group sessions. After six months of daily use across three shifts, all units are still in excellent condition."Purchase Date: April 2024 | Usage Period: 8 months
Average Rating: 4.9/5 ⭐ (89 Reviews)
Dr. Thomas Reed - Science Curriculum Development Specialist
"After evaluating over 20 optics kits for national STEM initiatives, I confidently recommend this series for its balance of safety, precision, and adaptability. The plastic lenses perform within 95% of glass in refraction accuracy while eliminating safety hazards—ideal for K–12 environments. The Pro model’s software integration sets a new benchmark for entry-level lab equipment."
Linda Foster - EdTech Integration Advisor
"What sets this kit apart is its user-friendly interface and scalability. From elementary demos to college labs, the three-tier model system allows institutions to grow with their needs. The control panel’s intuitive design reduces cognitive load, letting students focus on concepts rather than setup. A rare blend of pedagogy and practicality."
Posted: 2 days ago
"Students are fully engaged—finally understanding abstract concepts like focal length through real-time adjustments. The laser is bright enough for classroom visibility, and cleanup takes seconds. Worth every penny."
Posted: 1 week ago
"We’ve used it in over 30 schools this year. Lightweight, durable, and the experiments set up in under 5 minutes. The portable 23x16cm box fits in any backpack—essential for our workflow."
Posted: 3 weeks ago
"My 14-year-old loves it. We started with the Base Model and just upgraded to the Advanced for more components. Only suggestion: include a QR code linking to video tutorials."
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