Biconvex Acrylic Lens
Product Specification Sheet
Biconvex Acrylic Lens
Model Number: MTO-10
The Biconvex Acrylic Lens is a transparent optical component used for experiments involving light convergence, refraction, focal points, image formation, and geometrical optics. Micro Technologies supplies the lens in a 75 mm length with approximately 25 mm thickness and two radius options: 115 mm and 145 mm. Both outward-curved surfaces contribute to the converging action of the lens, allowing incident light rays to be refracted toward a focal region under suitable conditions. Acrylic construction provides good optical visibility while remaining convenient to handle in routine laboratory setups. The lens can be combined with ray boxes, optical boards, light sources, screens, and related accessories for practical optical investigations in physics laboratories, universities, colleges, research facilities, and institutional procurement.
Product Specification
The Biconvex Acrylic Lens is a transparent converging optical component featuring outward-curved surfaces on both sides. Its double-convex geometry causes suitable incident light rays to refract toward the principal axis, making the lens useful for studying convergence, focal behaviour, refraction, and fundamental principles of geometrical optics.
The lens has an overall length of approximately 75 mm and a thickness of approximately 25 mm. Two configurations are available based on surface radius: approximately 115 mm and 145 mm. These different curvature options allow comparative investigations into how the radius of curvature influences the converging behaviour and focal characteristics of a lens.
Micro Technologies supplies the Biconvex Acrylic Lens for use with ray boxes, optical boards, light sources, screens, and compatible laboratory holders. When parallel light rays pass through the lens, they are refracted at both curved surfaces and converge toward a focal region. This visible ray behaviour makes the component suitable for experiments involving principal rays, focal points, optical axes, image formation, and lens geometry.
Acrylic construction provides a practical combination of transparency, lower weight, and convenient handling. Compared with fragile glass components, acrylic lenses are particularly useful in setups where optical components are frequently positioned, removed, and rearranged. The surfaces should nevertheless be protected against scratches to maintain clear optical performance.
The Biconvex Acrylic Lens can also be used to compare the effects of different surface curvatures when lenses of the two available radii are tested under similar conditions. With no moving components or electronic parts, routine maintenance is minimal.
Its clear construction, useful dimensions, two curvature options, and broad compatibility with basic optics equipment make the Biconvex Acrylic Lens a practical choice for individual laboratory installations, optical experiment kits, and bulk institutional procurement.
Features
- Double convex optical profile
- Manufactured from transparent acrylic
- Approximate overall length of 75 mm
- Approximate thickness of 25 mm
- Available with 115 mm or 145 mm radius
- Converging optical behaviour
- Suitable for refraction and focal-point investigations
- Compatible with ray boxes and optical boards
- Lightweight construction for convenient handling
- Reusable optical component with minimal maintenance
Benefits
- Clearly demonstrates convergence of light rays
- Supports focal point and refraction investigations
- Two curvature options allow comparative optical experiments
- Acrylic construction provides convenient handling
- Compatible with a broad range of basic optics setups
- Reusable construction provides economical long-term value
- Suitable for quantity procurement and optics kit assembly
Product Specifications
| Specification | Details |
|---|---|
| Product Name | Biconvex Acrylic Lens |
| Internal Model Series | MT-30265 |
| Product Type | Double Convex / Converging Lens |
| Material | Clear acrylic |
| Lens Profile | Biconvex |
| Length | Approx. 75 mm |
| Thickness | Approx. 25 mm |
| Available Radius | 115 mm / 145 mm |
| Optical Behaviour | Converging |
| Transparency | Clear |
| Capacity | Not applicable |
| Accuracy / Tolerance | Laboratory-grade dimensional consistency |
| Calibration Standard | Not normally required |
| Stopper Type | Not applicable |
| Color | Clear / transparent |
| Usage / Application | Refraction, convergence and focal-point experiments |
| Compliance Standard | Laboratory-grade optical and manufacturing quality |
Available Variants
| Internal Model No. | Length | Radius | Thickness |
|---|---|---|---|
| MT-30265/1 | 75 mm | 115 mm | 25 mm |
| MT-30265/2 | 75 mm | 145 mm | 25 mm |
SKU System
- MT-BAL-75-115 – 75 mm Lens, 115 mm Radius
- MT-BAL-75-145 – 75 mm Lens, 145 mm Radius
- MT-BAL-SET – Biconvex Acrylic Lens Set
- MT-BAL-CUS – Customized Acrylic Lens
FAQs
What is a Biconvex Acrylic Lens used for?
A biconvex acrylic lens is used for experiments involving light convergence, refraction, focal points, ray tracing, and geometrical optics. Both curved surfaces contribute to its converging optical action.
What sizes are available?
The standard lens length is approximately 75 mm with a thickness of approximately 25 mm. Two surface-radius options are available: 115 mm and 145 mm.
What is the difference between the 115 mm and 145 mm radius versions?
The two versions have different surface curvatures. A change in radius affects the optical power and focal behaviour of the lens, making the variants useful for comparative investigations.
Is this a converging or diverging lens?
It is a converging lens. Suitable parallel incident rays passing through the double-convex surfaces are refracted toward the principal axis and can converge toward a focal region.
Can it be used with a ray box?
Yes. The lens can be combined with a suitable ray box or other controlled light source to observe refraction, convergence, principal rays, and focal behaviour.
Can the lens be used for focal point experiments?
Yes. A suitable light source and optical arrangement can be used to investigate the focal behaviour of the biconvex lens and compare different curvature options.
Does the lens require calibration?
Routine calibration is generally not required. For quantitative optical measurements, the experimental setup and any measuring instruments should be appropriately aligned and verified.
How should the acrylic lens be maintained?
Keep the optical surfaces clean and protect them from scratches. Use a soft, non-abrasive cloth and acrylic-compatible cleaning materials rather than harsh solvents.
What is the advantage of acrylic construction?
Acrylic provides good transparency while being comparatively lightweight and convenient to handle. This makes it practical for laboratory setups where optical components are frequently repositioned.
Can Biconvex Acrylic Lenses be ordered in bulk?
Yes. Bulk quantities can be supplied for physics laboratories, optics laboratories, universities, colleges, laboratory kits, distributors, and institutional procurement.
Can custom lens dimensions be supplied?
Custom dimensions, curvature requirements, or quantity configurations may be considered depending on specifications and manufacturing feasibility.
How are the lenses packed for transportation?
The optical surfaces and edges are protected against scratching and impact during transportation. Additional protective packaging can be arranged for bulk and export orders.
Why Choose Our Products
- Clear acrylic construction with double-convex geometry
- Choice of 115 mm and 145 mm radius configurations
- Quality-checked dimensions and optical surfaces
- Reusable construction for dependable long-term laboratory use
- Bulk supply capability for laboratories, institutions, and distributors
Call to Action
Looking for Biconvex Acrylic Lenses for optics experiments, laboratory kits, or bulk procurement? Contact Micro Technologies for competitive quotations, institutional orders, distributor inquiries, 115 mm and 145 mm radius options, and customized requirements. Share your required variant and quantity to receive suitable pricing and delivery details.
