Concave Mirror, Spherical
A Concave Mirror is a spherical mirror with an inwardly curved surface. It is protected by a protective coating, which ensures its durability and protects it from potential damage or scratches. This mirror is used to focus light beams and is often employed in optical experiments, scientific presentations, and practical applications that require converging light. Its precision construction and protective coating make it a dependable and flexible educational and professional tool.
Convex Mirror, Spherical
The Convex Mirror is a curved outer surface spherical mirror. It is protected by a protective coating, which increases its longevity and protects it from potential damage or scratches. This mirror causes light rays to diverge, making objects look smaller and farther away than they are. Convex mirrors, which provide a wide field of view and minimise blind spots, are often employed for safety purposes, such as in traffic mirrors. This mirror is suited for a variety of practical and safety applications due to its sturdy construction and protective coating.
Cylinderical Lenses, Double Concave
Double concave cylindrical lenses have two inwardly curved concave surfaces along one axis and are flat (plano) along the perpendicular axis. These lenses are generally used to spread or diverge light in a single direction while having no effect on light in the opposite axis. They are used in various optical systems to correct astigmatism, change laser beam shapes, and convert round beams to rectangular beams.
Cylinderical Lenses, Double Convex
Double convex cylindrical lenses feature a curved convex surface along one axis and are flat (plano) along the perpendicular axis. These lenses are intended to concentrate or diverge light in one direction while having no effect on light in the opposite axis. In different optical applications, they are widely employed to correct astigmatism, reshape laser beams, or change round beams into rectangular beams.
Cylinderical Lenses, Plano Convex
Plano-convex cylindrical lenses have one flat (plano) surface and one externally curved convex surface along a single axis. These lenses are intended to concentrate or diverge light in only one direction, with no influence along the perpendicular axis. They are extensively employed in a number of optical applications for tasks such as astigmatism correction, laser beam reshaping, and changing circular beams into linear ones.
Cylindrical Lenses, Plano Concave
Plano-concave cylindrical lenses have one flat (plano) surface and one inwardly curved concave surface along a single axis. These lenses are intended to spread or diverge light along the curved axis while having no effect along the perpendicular axis. They are frequently employed in optical systems for applications such as astigmatism correction, laser beam reshaping, and converting round beams to linear beams.
Lens Holder
For firmly retaining lenses up to 50 mm in diameter, use the sturdy Metal Lens Holder. This metal lens holder is made with grooved sides that give the lens a secure attachment. It is fixed to a wooden structure for convenience and stability. This adaptable tool provides a dependable way to place and examine lenses in diverse settings, making it perfect for optics research and demonstrations. It is a crucial tool for optical investigations in academic and scientific settings because the metal structure and hardwood support guarantee a stable platform for optical components.
Lens Holder
The Lens Holder with a 6 mm Metal Rod is a useful tool made for optical setups and experimentation. It has a strong metal rod with a diameter of 6 mm, which enables it to easily fit into common optical bench mounts and supports. With the help of this lens holder, lenses or other optical components can be held securely and steadily, allowing for accurate positioning and alignment. It is a crucial instrument for doing optics studies in educational, laboratory, or research settings because it makes it simple and accurate to investigate light, lenses, and optical properties.
Lens Holder Wooden
A carefully manufactured tool called the Wooden Lens Holder is intended to safely hold spherical lenses or mirrors with a diameter of up to 75 mm. It is made of wood and has a V-shaped hole that makes it simple to adjust the lens or mirror. The slot has an index mark that makes exact alignment and positioning easier. The ability to precisely use lenses and mirrors to examine light refraction, reflection, and other optical phenomena in educational and scientific contexts makes this flexible equipment crucial for optics and physics studies.
Lens Plano- Convex
A plano-convex lens is one that has one flat (plano) surface and one that is bent outwardly (convex). It is thicker in the centre and thinnest at the edges. This type of lens is widely used to converge or concentrate light rays, making it useful in optical systems for magnification, imaging, and beam focusing. Available in several sizes.
Lens, Double Concave, Spherical
A double concave spherical lens is one with two inwardly curved surfaces. It's thicker in the middle and narrower at the edges. This type of lens is used to spread out or diverge light rays, making it helpful for a variety of optical applications such as light convergence reduction, virtual image formation, and aberration correction.
Lens, Double Convex, Spherical
A spherical lens with two externally curved surfaces, the Double Convex Lens. It is meticulously made with ground edges to ensure precision and optical clarity. This lens is widely used to focus images by converging light rays. Its high-quality structure and smooth edges make it excellent for scientific investigations, optical presentations, and a variety of optics applications. The Double Convex Lens is a vital educational and professional tool because of its ability to alter light effectively.
Lenses, Set of Six
Magnifier, Folding
A portable and adaptable magnifying device, the Folding Pocket-Type Magnifier is small and simple to use. Its unique construction consists of a single body with a robust metal cover that works as both a handle and a protective case. This magnifier has a premium single lens with an 18 mm diameter that provides a strong 10x magnification. This makes it excellent for more accurate and clear examination of small print, delicate details, or tiny items. This magnifier offers a portable and effective option for on-the-go magnification demands, whether they be for reading fine text, scrutinising micro objects, or engaging in hobbies that call for close inspection.
Magnifier, Folding
The Folding Magnifier is a handy optical tool for easily enlarging items. This magnifier offers portability and security thanks to its sturdy plastic frame. Due to its foldable shape, it is easy to store and utilise when travelling. This adaptable magnifier offers clear, magnified views of a variety of things, making it appropriate for jobs like reading small print, paying careful attention to details, or performing close inspections. Its practical design and ability to fold make it a useful tool for usage on a daily basis in contexts like reading, handicraft, or scientific investigations.
Mirror Support Block
The Mirror Support Block is a strong and compact accessory with dimensions of 50 x 50 x 50 mm. It has a groove that is specifically intended to hold rectangular mirrors securely in place. This block provides secure support for the mirrors, making them excellent for optical research, scientific demonstrations, and artistic projects. The Mirror Support Block, with its handy hole and sturdy construction, provides the proper positioning and stability of rectangular mirrors during experiments or practical application.
Mirror, Plane
The Plane Mirror Rectangular is a ten-piece set of high-quality glass mirrors. Each mirror is back-silvered, resulting in a crisp, distortion-free reflection. They also include a protective covering that ensures durability and prevents scratches and damage. These mirrors are ideal for a wide range of applications, including scientific investigations, optical demonstrations, and creative endeavours. They provide exceptional value and versatility for educational and commercial contexts due to their exact manufacture and bundle of ten.
Mirror, With Base
The Mirror with Plastic Base is a useful and portable mirror with a 95mm diameter. It has a robust plastic base that adds stability and allows for easy placement on a variety of surfaces. This mirror is useful for personal grooming, makeup application, and as a handy tool for optical demonstrations and studies. Its small size and lightweight construction make it ideal for travel and daily use. This mirror is a dependable complement for a variety of applications due to its excellent reflection and robust plastic base.
Spherometer
The brass dial head of the spherometer, a precise device with a 40 mm diameter, measures brass. Accurate measures are possible because to the dial's 100 divisions, which are indicated. It has a vertical scale with a range of 10 mm to 0 mm to 10 mm that allows for accurate height measurements. The tripod stand's legs are separated by 40 mm, and the spherometer is safely fastened to it. This adaptable instrument is useful for optics, material science, and scientific research applications since it is crucial for figuring out the curvature and radius of spherical objects. Its intricate markings, robust design, and tripod stand guarantee accurate measurements in a variety of lab and educational situations.
Spherometer
The curvature and radius of spherical objects can be precisely measured using a specialised tool called a spherometer. It has a 40 mm-diameter brass dial head that has been painstakingly separated and marked into 100 divisions to ensure accuracy in readings. To provide accurate vertical height measurements, the instrument has a vertical scale that ranges from 10 mm to 0 mm and back to 10 mm. The spherometer is firmly set on a sturdy brass disc that is supported by three pointed legs that are spaced 40 mm apart from one another. The spherometer is an essential tool for optics, material science, and scientific research, especially for evaluating spherical surfaces in laboratory and classroom settings. This arrangement ensures stability and repeatable results.
Watchmaker’s Eye Glass
A specialised magnifying device used by watchmakers and jewellers for complicated jobs is called a watchmaker's eye glass. With a 25 mm diameter, this specific model offers an enlarged and clear view of tiny parts. It has a plastic eye-grip frame that enables the user to precisely position the magnifying lens over the area they are working on, and it is meant to be held comfortably while performing precision work. This equipment is essential for operations that call for fine details and delicate craftsmanship in the watchmaking and jewellery industries because it improves visibility and accuracy.