White Screen Wooden

The wooden white screen for optics lab is a laboratory accessory used for receiving and displaying projected images, light patterns and optical phenomena. It is intended for school, college and university physics laboratories where students and teachers need a stable, visible surface for supervised lens, mirror and ray-optics experiments.

Product Description

The STEMAids White Screen Wooden provides a light-coloured observation surface for practical optics work. During an experiment, the screen is positioned behind a lens, mirror, slit or other optical component so that the resulting image or light pattern can be viewed and measured.

The product name confirms a wooden screen format, but the exact wood type, surface finish, screen dimensions, base design and optical-bench compatibility are not published. Buyers should verify these details against their existing apparatus. Related components can be found in the STEMAids physics laboratory equipment range.

Key Features

• White observation surface: Provides visual contrast for projected images and illuminated patterns.
• Wooden construction: Uses a wooden screen format; the specific timber or engineered-wood grade requires confirmation.
• Stable image viewing: Helps students observe image position, size, orientation and clarity.
• Practical alignment aid: Supports alignment of the object, optical element and screen along a common axis.
• Reusable laboratory accessory: Suitable for repeated demonstrations when kept clean, dry and undamaged.
• No electrical connection: The screen operates as a passive observation surface.
• Broad optics use: Supports compatible lens, mirror, diffraction and light-projection activities.

Technical Specifications

What’s Included in the Kit

• One wooden white observation screen
• Base, stand or mounting support
• Optical-bench carrier
• Light source, lenses and other optical components

Confirm the screen dimensions and supply scope through the STEMAids institutional sales team.

Applications / Uses

• Receiving real images formed by convex lenses.
• Observing images produced by concave mirrors.
• Locating image position during focal-length experiments.
• Displaying light beams, shadows and ray-optics patterns.
• Viewing diffraction or interference patterns when the surface and setup are suitable.
• Supporting classroom demonstrations and supervised student practicals.

How to Use the White Screen Wooden

1. Place the screen on a stable, level laboratory surface or compatible support.
2. Position the white face toward the incoming projected light.
3. Align the object, light source, optical component and screen along the same axis.
4. Move the screen slowly toward or away from the lens or mirror.
5. Stop when the projected image or light pattern appears sharp and clearly defined.
6. Measure the required distances from the relevant optical reference points.
7. Record the image size, position and orientation before changing the setup.

Safety note: Do not direct lasers or intense light toward the eyes. Keep the wooden screen away from open flames, excessive heat and wet laboratory surfaces.

Care & Maintenance

• Remove dust using a clean, soft and dry cloth.
• Avoid abrasive cleaners that could mark or reduce the uniformity of the white surface.
• Store the screen in a dry cabinet to limit moisture absorption and warping.
• Protect the edges, base and observation face from impact.

Why Choose STEMAids

STEMAids develops and supplies educational science equipment, STEM kits and practical learning aids for schools and institutions. Its catalogue includes physics apparatus, laboratory products and classroom demonstration resources. The company supports institutional and bulk procurement requirements. Buyers should confirm product-specific construction, dimensions and accessories in the approved quotation.

Frequently Asked Questions

What is a wooden white screen used for in an optics lab?

It is used to receive projected images and light patterns during experiments involving lenses, mirrors and other optical components.

Can this screen be used for focal-length experiments?

Yes. It can be moved until a sharp real image forms, allowing the lens-to-screen or mirror-to-screen distance to be measured.

What size is the STEMAids wooden white screen?

The screen dimensions are not published in the available information. Confirm the height, width and base dimensions before ordering.

Is the surface suitable for diffraction patterns?

A white screen can display visible diffraction and interference patterns. Results depend on surface quality, ambient lighting and the experimental setup.

Does the screen include a stand?

The inclusion and design of a stand, base or optical-bench carrier are not confirmed. Check the approved supply scope before purchase.

Can it be used in school laboratories?

Yes. It is suitable for supervised school and college optics demonstrations when paired with compatible apparatus and safely operated light sources.