Five-Diode Laser Ray Box

Product Code : SCL-LAO-12073

The Five-Diode Laser Ray Box is a low-voltage optical light source used for projecting five highly visible, parallel laser beams during geometric optics tracking. Engineered for physics educators and undergraduate lab groups, this instrument simplifies the measurement of focal lengths and refraction coefficients.

Product Description

This high-intensity optical light source utilizes independent diode housings aligned precisely inside an impact-resistant casing. The solid-state laser modules operate simultaneously or independently through a mechanical selector switch, providing ultra-stable beam trajectories with negligible angular deviation during long laboratory sessions. The flat-profile design allows the unit to rest completely flush against vertical or horizontal tracking surfaces.

For institutions aiming to modernize their inventory of core, this laser box replaces traditional incandescent light blocks that suffer from heat blurring and poor beam clarity. It provides clean, parallel lines that stand out under standard classroom lighting, lowering setup times for various optical experiments. By transforming abstract light behavior into clear physical lines, it serves as a foundational component for advanced student lab stations.

Key Features

• Five Parallel Diode Modules: Generates five distinct, crisp parallel lines for high-visibility ray tracing across large demonstration boards.
• Selectable Beam Configurations: Integrated multi-position switch permits instant selection between 1, 3, or 5 active laser outputs.
• Magnetic Stabilizing Base: Heavy-duty internal magnetic plates secure the box onto steel optical tracking surfaces or classroom whiteboards.
• Low-Heat Solid State Tech: Emits bright beams with virtually no thermal generation, maintaining safe handling throughout long lab hours.
• Universal Power Interface: Operates via a standard external DC adapter socket for flexible, battery-free classroom placement.

Technical Specifications

What's Included in the Kit

• 1 x Five-Diode Laser Ray Box unit
• 1 x 5V DC universal mains power adapter
• 1 x Protective storage case with custom foam inlay
• 1 x User manual with optical ray tracing guidelines

Applications / Uses

• Demonstrating beam convergence and divergence through lenses within advanced optics experiment kits.
• Verifying focal point calculations for thick and thin lenses using standard geometric methods.
• Investigating Snell's law paths through transparent acrylic or glass blocks.
• Mapping total internal reflection thresholds inside custom prisms and optical waveguides.

How to Use the Five-Diode Laser Ray Box

1. Position the ray box flatly on a white tracking board or attach its magnetic base onto a steel whiteboard.
2. Plug the 5V DC power adapter into the device terminal and connect it to a power outlet.
3. Adjust the selector toggle switch to activate the desired configuration of 1, 3, or 5 beams.
4. Position a lens, mirror, or other system from your laboratory instruments kit in front of the active laser pathways.
5. Use a straightedge or marker to trace the paths of the light lines to calculate geometric focal points.

Safety Note: Never look directly into the laser output windows or point the active beams toward anybody's eyes, as Class II lasers can cause retinal irritation.

Care & Maintenance

• Cleaning: Wipe the diode aperture shield with a dry, static-free microfiber cloth to remove dust particles that cause beam diffusion.
• Storage: Pack the box inside its padded protective case when not in use to safeguard the delicate optical alignment of the internal diodes.
• Handling: Keep the laser box away from wet environments or heavy mechanical impacts that could misalign the parallel array.

Why Choose Science Lab Supplies

Science Lab Supplies is an established manufacturer and global exporter of high-quality didactic models, science kits, and scientific lab machinery. Backed by decades of production expertise, our engineering teams ensure that every optical instrument meets rigorous precision parameters before dispatch. Our facilities maintain strict ISO quality control protocols to assure reliable long-term performance across our complete product lines. We rely on highly optimized international logistical systems to guarantee prompt delivery to schools and distributors globally.

Frequently Asked Questions

Do the laser beams diverge over long distances?

The device uses calibrated internal collimating lenses to keep the five outputs highly parallel across standard laboratory tracking surfaces.

Can I select specific beams instead of using all five?

Yes, the integrated multi-position switch lets you select between 1, 3, or 5 active laser outputs depending on your experiment needs.

What wavelength does this laser box use?

It uses standard red solid-state diodes emitting at a wavelength range of 635 nm to 650 nm for peak visibility.

Does this device require an optical bench to operate?

No, its flat base and magnetic backing let it sit flat on any workbench sheet or mount securely onto magnetic demonstration boards.

Are the internal laser diodes replaceable?

The solid-state diodes are factory-sealed to maintain perfect parallel alignment, providing a long operating life of over 10,000 hours without maintenance.

Check out our complete array of to optimize your school's physics department, or message our global logistics office today for bulk institutional discounts.