Iron Fillings
A 500 gm container of iron filings enclosed in a sprinkler dispenser. These iron filings are finely powdered and conveniently housed within a sprinkler for controlled and precise distribution. This product is commonly used for visualizing and experimenting with magnetic fields in educational and scientific contexts.
Kidney Section, Nephrons, Blood Vessels and Renal Corpuscle
A thorough visual investigation of renal anatomy is provided by the Kidney Section model set. It has three different models on one board. The first model shows a kidney slice that has been magnified three times to clearly display the interior architecture. The second model enlarges blood vessels and nephrons by 120 times and displays a cross-section of the renal cortex and medulla. The final model shows an opened Malpighian corpuscle with glomerules and Bowman's capsule, scaled up 700 times. All models come with a key card that includes labels and explanations that are enlightening and are mounted on a sturdy base.
Kidney with Bladder
The vital parts of the urinary system are accurately portrayed in the Kidney and Bladder model. This model displays the huge abdominal right kidney, sectioned to demonstrate complex anatomical details, along with the ureters, adrenal glands, and bladder. This instructional tool, which is mounted on a sturdy platform, offers a thorough view of kidney structure, urinary channels, and related organs. It is a useful tool for researchers, clinicians, and hobbyists who want to learn more about the roles and linkages of the urinary system.
Kinetic Theory Model
L-Moulds
L-Moulds are specialised tools made of sturdy brass that are used to shape and mould materials into specified shapes. These moulds, with dimensions of 50 x 25 x 15 cm, give a dependable and exact framework for making consistent forms and structures. Their strong structure provides longevity and accurate results, making them important for a variety of crafting, manufacturing, or artistic applications requiring accuracy and consistency.
Labels
Labels for Microscopic Slides are self-adhesive identifiers designed to make labelling microscope slides simple and convenient. These labels stick securely to the surface of slides, making it easy to mark and organise samples. These labels are ideal for laboratories, research facilities, and educational settings because they ensure clear and accurate specimen identification during microscope examinations and analysis.
Laboratory Mat
A protective and practical accessory used in academic and research settings is a laboratory mat. It offers a cushioned and non-slip surface that can be placed on laboratory workbenches or surfaces to stop equipment and glassware from slipping or shattering. Additionally, it aids in containing spills and chemicals, protecting the workspace and making cleanup simpler. Laboratory environments are generally safer and more productive because robust materials used to make laboratory mats resist chemicals, heat, and wear.
Large Crystal Model
The complex arrangement of atoms or molecules in solid materials can be seen in a big crystal model. This three-dimensional tool makes difficult structures understandable and advances knowledge in disciplines like materials science, chemistry, and geology by revealing the symmetrical patterns found within crystal lattices. A big crystal model brings the fascinating field of crystallography to life and offers a hands-on investigation of the constituent parts of solids, with uses ranging from education to research.
Large Pulley With Universal Clamp
Larynx, 2 Parts
The Larynx 2-Part model provides a thorough overview of the larynx and its related parts in a detailed and realistic portrayal. The larynx, windpipe, ligaments, muscles, and thyroid gland are all displayed on this anatomical model. This model's division into two separate pieces enables a thorough examination of both the larynx's interior and exterior portions. The larynx's detachable part reveals more information for a more thorough inspection. The Larynx 2-Part model is mounted on a base for stability and includes a key card that offers helpful details and context. Students, teachers, and enthusiasts who want to learn about the anatomy of the larynx and its crucial function in the respiratory and vocal systems will find this educational tool to be appropriate.
Larynx, 3 Parts
The complicated anatomy of the larynx is accurately and insightfully represented by the Dissectable Larynx model. This anatomical model's ability to be divided into three separate pieces allows for a thorough examination of the larynx's internal structures. The vocal cords, cartilages, ligaments, and muscles that make up the larynx are all prominently displayed in this model. The ability to examine the model offers a practical learning and understanding experience for the intricate relationships within this crucial structure. The Dissectable Larynx model is a great instructional tool for students, teachers, and hobbyists to better understand the anatomy of the larynx and its important roles in breathing and vocalisation.
Leather Strap
The Leather Strap, carefully set within a hardwood frame, is an essential tool for the final stage of sharpening and honing knife edges. This tool is intended for use during the final stropping process, which polishes and hones the blade to achieve an exceptionally sharp and refined cutting edge. The strap's soft and supple leather surface gently rubs the blade, eliminating any lingering flaws and improving precision. The Leather Strap in a Wooden Frame is a vital component for maintaining optimal cutting efficiency and edge quality due to its user-friendly design and effective performance.
Leaves
A prepared microscope slide of leaves offers a microscopic look of plant leaf features. The slide most likely shows a cross-section or longitudinal section of a leaf, highlighting its unique anatomical features. Leaves are required for photosynthesis, which converts light energy into chemical energy. The slide allows you to see the many tissue layers found in leaves, such as the upper and lower epidermis, mesophyll (palisade and spongy layers), and vascular tissues (xylem and phloem). Within the plant, these tissues are critical for gas exchange, water transport, and nutrient distribution. The prepared slide allows for detailed examination of leaf anatomy, which contributes to our understanding of plant physiology and adaptability.
Leclanche Cell
In the Leclanché Cell, carbon and manganese dioxide are combined in a porous pot. A zinc rod with a brass termination is also included. This cell illustrates electrochemical concepts and offers a straightforward but efficient setting for researching chemical reactions that produce electrical potential. It is a useful tool for studying primary battery cells since the porous pot allows for controlled ion movement and the zinc rod serves as an electrode.
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
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 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
Lichen
A produced lichen microscope slide shows a mutualistic symbiotic interaction between a fungus and an alga or cyanobacterium. The slide most likely depicts the fungal mycelium and its photosynthetic partner's interwoven structures. Lichens can be crustose, foliose, or fruticose, and can live in a wide range of settings, from stony surfaces to tree bark. The slide allows you to see the delicate interaction of the fungal and photosynthetic components, emphasising the fungus's protective role and the algal partner's contribution to photosynthesis. Lichens are useful indicators of environmental conditions due to their persistence and ability to colonise difficult areas. The prepared slide sheds light on the morphology and biology of lichens, adding to our understanding.
Light Dependent Resistor Unit (LDR)
A demonstration instrument created to show the features of a light-dependent resistor is called the Light Dependent Resistor Unit (LDR). The unit ensures stability during presentations and experiments because it is fixed to a strong foundation. It makes connections to other components and devices easier thanks to its 4 mm color-coded connectors.
Line Shaft Unit
Linear Expansion Apparatus, Micrometer Screw Form
A 500 mm long metal rod is supported in a plated brass tube with three tubules for steam inlet, outlet and thermometer. The tube is mounted on a stand with an adjusting screw at one end and a micrometer screw reading to 0.01 mm on the other, with terminals for connecting a bell or galvanometer to indicate contact. With copper, brass and iron test rods but without thermometer.
Liquid Level Apparatus
Longitudinal Wave Demonstration
A low-cost educational tool called the Longitudinal Wave Demonstration was created to make it easier to learn waves and to provide examples of important ideas including compression, rarefaction, amplitude, wavelength, echoes, volume, and pitch. This model offers a simple method to illustrate longitudinal (compression) waves. Participants can watch the formation and spread of the compression and rarefaction patterns that make up longitudinal waves by pushing a Slinky along a track. The model provides a clear explanation of how waves compress and expand the medium they pass through, improving our comprehension of wave behaviour. In educational settings, this interactive and user-friendly application is especially helpful for teaching students about sound waves and their characteristics and for making difficult wave ideas more tangible and interesting.
Magnet Cylindrical, Alnico
A set of two cylinder-shaped Alnico magnets, each with a keeper for the best possible preservation. These magnets have consistent and dependable magnetic qualities since they are made of a tough Alnico magnetic alloy. The pair of magnets with keepers, which were created for several uses, guarantee enduring magnetic strength and safe storage, making them appropriate for a range of jobs.
Magnet Steel Horseshoe, Unpainted
A two-size, unpainted steel horseshoe magnet that comes with a keeper for storage. The traditional horseshoe form of this multipurpose magnet lends it reliable magnetic properties. The addition of a keeper guarantees the magnet's durability over time and makes secure storage easier. Ideal for a variety of uses where powerful magnetic forces are required.
Magnet U Shaped, Alnico
An Alnico U-shaped magnet with a keeper for added durability and storage. With its U-shaped design and strong Alnico magnetic alloy construction, this magnet has dependable magnetic qualities. Its lifetime is increased, and the integrated keeper makes secure storage easier. Ideal for uses where reliable, powerful magnetic forces are required.
Magnet, Horse Shoe Chrome
A horse shoe magnet made of chrome steel with keepers. This magnet is manufactured of dependable chrome steel and has a traditional horseshoe form. The accompanying keepers provide secure storage and aid in maintaining the magnet's strength. Ideal for numerous applications that call for powerful magnetic fields.
Magnet, Horse Shoe, Alnico
A horse shoe magnet made of Alnico with a keeper. This magnet is made of the dependable magnetic alloy Alnico and has the recognisable horse shoe form. The included keeper guarantees the lifespan and safe storage of the magnet. suitable for many uses where strong magnetic characteristics are required.
Magnetic Deflection of an Electron Beam
A specially designed instrument called the Magnetic Deflection of an Electron Beam apparatus was created to make it easier to observe visually how an electron beam reacts to a magnetic field. This instructional tool offers an engaging way to research how magnetic forces interact with charged particles.
The device is made up of a deflection tube that is firmly held by a power source. A cathode and an anode are present in the deflection tube. When impacted by electrons, the phosphorous coating on the cathode end glows. It is possible to see the trajectory of the electron beam thanks to this glowing effect.
Magnetic Field Demonstrator, Acrylic
Magnetic Field Demonstrator, Wooden
Magnetic Kit
Magnetic Pendulum
A fascinating desk toy is the Random Oscillating Magnetic Pendulum (ROMP). It has a small magnet-equipped pendulum hung above a metal base. Nine large, disc-shaped magnets at the base of the pendulum's base provide attracting or repellent pressures on the pendulum. Due to these magnetic interactions, the pendulum swings erratically after being released. The pendulum eventually settles over one of the magnets due to friction, producing an interesting and mesmerising show.
Magnetics Kit 1
The Magnetics Kit 1 is a comprehensive set that includes supplies for running seven interactive activities with a magnetism theme. This equipment is protected by a sturdy carry-case for easy storage and transportation. The kit is made to be simple to assemble, and all of the parts are easily accessible. There is also a thorough booklet with step-by-step instructions that includes activities for teachers and students.
Magnetics Kit 2
Magnets, Alnico
Pairs of painted Alnico magnets that are also equipped with keepers and separators. These dependable magnetic qualities are provided by the Alnico alloy used to create these strong and adaptable magnets. The divider and keepers that are provided provide ease and safe storage, and the painted finish gives an additional layer of protection against corrosion. suited for a variety of uses needing powerful and long-lasting magnetic fields.
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.
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.
Mammalian Histology (Rat or Rabbit)
A prepared mammalian histology microscope slide, such as one from a rat or rabbit, provides a microscopic picture of the tissues and cellular structures that make up these mammals' bodies. The slide most likely shows small pieces of tissue, displaying intricacies of cellular organisation, morphology, and specialised mammalian traits. Mammals are distinguished by features such as hair or fur, mammary glands, and endothermic metabolism. The slide allows you to see histological features such as different types of tissues (epithelial, connective, muscular, nerve), blood vessels, and maybe specialised structures such as sweat glands or hair follicles. Under the microscope, we can learn about the cellular composition and adaptations of these diverse and highly evolved species by studying mammalian histology.
Mammals
With our beautifully hand-drawn PVC rexine charts, you may embark on an enthralling voyage through the world of mammals. These waterproof charts capture intricate mammalian characteristics with lively multicoloured graphics over a striking black background. Each chart spans 75x100 cm and comes with handy rollers for simple wall hanging. Immerse yourself in the world of mammals with these captivating visual aids, which are ideal for both study and presentation.
Material Kit, Solids
Consists of two each of the seventeen blocks as follows:
- Blocks, 50 x 40 x 30 mm – Softwood, Hardwood, Paraffin wax, Aluminium, Iron and Polystyrene.
- Blocks, 20 x 20 x 100 mm – Perspex, Glass, Slate, Aluminium, Softwood, Marble.
- Block, 50 x 50 x 20 mm – Lead.
- Block, 50 x50 x 80 mm – Aluminium.
- Block, 50 x 50 x 200 mm – Hardwood.
- Block, 20 x 20 x 50 mm – Brass.
- Block, 40 x 40 x 20 mm – Iron.
Maximum Flux Coil
A user-friendly copper wire coil with 200 turns and an internal diameter of roughly 45mm, the Maximum Flux Coil has 200 turns. The electromagnetic principles are demonstrated by this coil, which is made for simple operation. A maximum current of 1A may be handled by it, demonstrating the electromagnet's action. A metal tube with banana pins for external connections is coupled to a 45 cm coaxial wire that connects to the coil. Its magnetic field and current have a very strong linear relationship. A support stand and clamp are included with the package for simple setup and experimentation. Ideal for illuminating electromagnetic principles in academic and professional contexts.
Maxwell’s Wheel
Useful for demonstrating momentum, conservation of energy and torque, a large flywheel suspended by two strong cords. The cords are wound around the shaft of the wheel and then released. The wheel will unwind as it falls, but will wind itself back up as the momentum carries the wheel upward in the opposite direction. This oscillation process will continue for several moments gradually coming to a stop as the wheel slowly loses momentum and travels less each time. Include instructions.
McCartney Bottle
The McCartney Bottle is a tough and useful glass container developed for a variety of laboratory applications. Its translucent design enables for easy viewing of the contents. The thick aluminium metal screw cap with a rubber liner offers a firm and airtight seal, protecting the contents of the bottle. It is a multipurpose vessel with a capacity of 28 ml that is useful for storing and transferring liquids or specimens. The McCartney Bottle is also autoclavable, thus it can be used in sterilisation processes. It is a dependable option for laboratory workers looking for a durable and functional storage and experimentation solution.
Measuring Tape
An adaptable and portable tool for precisely measuring lengths, distances, and dimensions is a measuring tape. A designated ribbon or strip that may stretch and retract inside of a casing makes up the device. Measuring tapes are frequently used in projects like building, home renovation, sewing, and many others where accurate measurements are necessary. For both short-distance and long-distance measures, they provide convenience and adaptability.
Mechanical Stage
Mechanics Kit 1
The Mechanics Kit 1 is a comprehensive set that includes the necessary materials for doing 18 practical tasks on topics related to mechanics. This equipment is protected by a reliable carry-case for easy storage and portability. A complete guidebook that includes clear instructions ideal for teachers and students walks them through the exercises is included with the package.
Mechanics Kit 2
The Mechanics Kit 2 is a thorough set created for carrying out more than 13 interesting activities centered on fluid mechanics. The package is protected by a sturdy carry-case, which makes storing and travelling simple. Along with a thorough guidebook with step-by-step directions for both teachers and students, it also provides background knowledge on each subject from the scientific community.
Mega Molecules – The Structure of Water
Learn about the intricate details of the dynamic arrangement of hydrogen and oxygen atoms that makes up the molecular structure of water. Its amazing qualities, such as the ability to regulate temperature and function as an all-purpose solvent, are shaped by hydrogen bonding. Investigate how the peculiar structure of water affects life, ecosystems, and industry to shed light on its crucial role in maintaining our planet.
Meiosis
A prepared microscope slide of meiosis provides a microscopic picture of a specialised cell division process that produces gametes (sperm and egg cells) with half the number of chromosomes as the parent cell. The slide most likely depicts the various stages of meiosis, including prophase I, metaphase I, anaphase I, telophase I, and subsequent meiosis II stages. Meiosis is essential in organisms for sexual reproduction and genetic variation. The presentation allows you to see homologous chromosomes mating and crossing over during prophase I, their segregation during anaphase I, and the eventual generation of four non-identical haploid daughter cells. The prepared slide allows for the examination of the delicate features of meiotic cell division, which helps us comprehend genetics.
Meiosis Cell Division
A prepared microscope slide of meiosis cell division shows the specialised mechanism by which a single diploid cell divides twice to produce four genetically separate haploid daughter cells. The slide most likely depicts various stages of meiosis, such as prophase I, metaphase I, anaphase I, telophase I, and subsequent meiosis II stages. Meiosis is required for sexual reproduction because it introduces genetic variation and ensures appropriate chromosomal distribution. The presentation allows you to see the pairing of homologous chromosomes, their segregation, and the eventual generation of haploid cells with half the number of chromosomes as the parent cell.
Meker Burner
For high-temperature applications like metal melting, ceramics, and other heat-intensive tests, the Meker Burner is a specialist laboratory heating equipment noted for its powerful and non-luminous flame. Its unique design improves combustion efficiency, guaranteeing precise and controlled heating in industrial processes and scientific research.
Meker Burner, Heavy Base
A specialist laboratory burner called a "Meker Burner, Heavy Base" is made for heating applications that require accuracy and power. It has a substantial, sturdy base that offers stability and support throughout trials. A uniform, high-temperature flame is produced by the Meker burner's distinctive grid-like surface, which makes it perfect for projects requiring steady, concentrated heat like heating solutions, glassblowing, and scientific studies. By reducing the chance of tipping, the substantial base improves safety and guarantees dependable performance in scientific settings.