Educational Materials
A comprehensive catalog of education materials, instruments, and tools available through Avantor allows users to more effectively teach subjects of biology, physics, language arts, chemistry, earth science, forensics, math, and environmental studies. Many interdisciplinary kits allow students to match skills across a variety of subjects in order to better absorb key concepts and procedures. Educational materials are designed to be durable and user-friendly for accessibility with users of all levels.
He-Ne laser
Supplier: DIDALAB
High quality professional gas laser, Class II
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Nucleic acid testing for COVID-19
Supplier: EDVOTEK
Hands-on simulation of molecular testing for COVID-19.
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Diode laser, red
Supplier: DIDALAB
The diameter of the beam is adjustable from 1 to 12 mm.
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Lens, wide diameter, Magoptic
Supplier: DIDALAB
These wide diameter lenses are used for easy classroom experiments and for aberrations underscoring.
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Accessories for optical bench components
Supplier: DIDALAB
Educational Materials, Accessories, Application: Physics, Permanent frame, Ø 40 mm
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ReadyPour™ Luria Broth (LB) agar with ampicillin
Supplier: EDVOTEK
Educational Materials, Microbiology, Application: Microbiology, ReadyPour™ LB agar with ampicillin
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High quality prismatic optical bench
Supplier: DIDALAB
Triangular, cast aluminium optical bench
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Optical plate
Supplier: DIDALAB
Optical glass components are manufactured with high accuracy polishing and flatness tolerance.
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Optical components for optical bench
Supplier: DIDALAB
Educational Materials, Optics, Application: Physics, Slits on glass plate (Ø 40 mm), 7 slits and wires, widths : 30, 40, 60, 80, 100, 150, 200 µm
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Screens for optical bench
Supplier: DIDALAB
Educational Materials, Optics, Application: Physics, Translucent screen 20×20 cm, attached to a rod with Ø 10 mm, one graduated side
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STEM concepts, agarose gel electrophoresis
Supplier: EDVOTEK
Link important STEM concepts using Agarose Gel Electrophoresis.
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Using CRISPR to treat cystic fibrosis
Supplier: EDVOTEK
Hands-on simulation of CRISPR-Cas9 to target and treat Cystic Fibrosis.
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Optical equipment to demonstrate the law of polarisation
Supplier: DIDALAB
This comprehensive optical pack allows you to implement and study the basic principles of polarisation of light.
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Experimentation kits, bacterial culture and growth study
Supplier: G-Biosciences
This kit teaches aseptic handling techniques and cultivation of bacteria in liquid culture media and on solid phase agar plates. This kit is designed to educate students about the various stages of the bacterial growth cycle, i.e. lag, log or exponential, stationary and decline or death phases. The kit also teaches the importance of growing bacteria on solid phase agar plates to isolate single colonies of bacteria. This lab activity involves preparation of culture medium and solid agar plates.
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Experimentation kits, bacterial gram staining
Supplier: G-Biosciences
The Gram staining method was first described in 1844 by the Danish bacteriologist Hans Christian Gram, after whom the test was named. The Gram staining test for bacteria is one of the most important tests in microbiology and is often one of the first tests performed in the identification of bacteria. The Gram staining method utilises the properties of bacterial cell walls and the stain crystal violet. Gram-positive microorganisms have a higher peptidoglycan and lower lipid content than Gram-negative bacteria in their cell walls and this makes them capable of retaining the Gram stain. This kit is supplied with two strains of bacteria and all the necessary components to carry out the Gram staining.
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Experimentation kits, antibiotic sensitivity and bacteria screening
Supplier: G-Biosciences
Antibiotics play a crucial role in the manipulation, screening and killing of bacteria in a range of biotechnology processes. This kit specifically teaches the basic principles of antibiotics, bacterial resistance and susceptibility. Students learn and understand the use of antibiotic resistance in screening for infectious diseases. Utilising a bacterial strain, students learn the effects of different antibiotics and visualise bacterial sensitivity and resistance to the supplied antibiotics. This method involves the use of filter paper discs impregnated with a specified concentration of antibiotics on the surface of an agar plate containing microbial cells. This kit will enable students to analyse the inhibitory effects of different antibiotics on selected bacterial cells and then determine which antibiotic is the most suitable to treat a bacterial infection.