All Products
MyGel Mini Electrophoresis System Starter Kit
MyGel Mini Electrophoresis System Starter Kit(Includes myGel, mini balance and Agarose LE, 100g)
The Accuris myGel Mini electrophoresis system includes all of the equipment that you need to get up and running – gel tank, power supply and two casting sets. Ideal for personal use, small laboratories or the classroom, this gel box/power supply combination is compact and easy to use.
Mysterious spinning top
Mysterious spinning topGive this spinning top a spin and watch it spin for hours without stopping.
The secret revealed: the spinning top contains a small magnet. As this magnet moves past the center of the black base, the top’s magnetic field induces a current in a coil, which closes a switch, allowing a battery to instantly activate a small electromagnet. The spinning top increases its speed and spins away from the center of the base.
Mystery Density Activity Set
Mystery Density Activity SetDemonstrates the relationship between mass and volume.
MyVolt Mini Dual Electrophoresis Power Supply 100/200 V
MyVolt Mini Dual Electrophoresis Power Supply 100/200 VThe Accuris myVolt Mini is a compact electrophoresis power supply ideal for basic, constant voltage applications. Users can select constant 100V or 200V output, and the current can reach a maximum of 200mA.
Nature viewer with 2x and 4x magnif.
Nature viewer with 2x and 4x magnif.Versatile magnifier with two magnifications: 2x and 4x. A grid is printed at the bottom as a reference.
Neodymium Magnets (16 Pack, Solid)
Neodymium Magnets (16 Pack, Solid)Among the strongest commercial magnets available.
Neodymium magnets Ø12 mm
Neodymium magnets Ø12 mmThe neodymium magnets have a diameter of 12 mm, a height of 4 mm and a weight of 3.4 g. They are of the N45 type, which means that they are very powerful in relation to their size. The magnets are made of neodymium, which is known for its high strength and stability, and they can therefore hold a considerable weight despite their compact shape.
Neodymium magnets, Ø 10 x 8 mm
Neodymium magnets, Ø 10 x 8 mmThese magnets are so powerful that they can even demonstrate the properties of extremely weakly magnetic materials.
Neodymium magnets, Ø 14 x 8 mm
Neodymium magnets, Ø 14 x 8 mmThese magnets are so powerful that they can even demonstrate the properties of extremely weakly magnetic materials.
Neodymium magnets, Ø 6 x 8 mm
Neodymium magnets, Ø 6 x 8 mmThese magnets are so powerful that they can even demonstrate the properties of extremely weakly magnetic materials.
Neodymium ring magnets
Neodymium ring magnetsSet of 25 ring-shaped neodymium magnets. Put them on a pencil and make them hover.
Neodymium Wand pk5
Neodymium Wand pk5A set of 5 acrylic wands each fitted with a powerful 12mm diameter Neodymium button magnet. The wands make the magnets safe for pupil use.
NeoZoom, binocular
NeoZoom, binocularBinocular zoom stereo magnifier with stepless magnification between 7x and 45x. The stereo magnifier has good, sharp optics and powerful mechanics. The eyepieces have a large light opening (glasses-friendly), and thus you get the greatest possible pleasure from the beautiful and high-contrast image. Optical head with 45° oblique view, adjustable eyepiece distance and separate dioptre compensation.
Nervous System, Relief Model
Nervous System, Relief ModelRelief model in 1/2 natural size. Provides a schematic representation of the central and peripheral nervous system. Not divisible.
Newton Scales
Newton ScalesA set of bathroom scales calibrated in Newtons.
Max 1200N in 10N divisions.
Newton’s g-ball
Newton’s g-ballThe ball contains a digital stopwatch that can show the time between 0.01-29.99 seconds. Hold down the key and the time will reset. Timing starts when you release the ball and stops when it hits the ground / floor. The mechanics are well protected and the screen is sharp, but the ball must land on a soft surface such as a pad/mat/turf. Maximum drop height is approx. 12 m, friction against air is about 5%.
Newton’s Laws Experiment
Newton’s Laws ExperimentStudents use this collection of equipment to discover or experimentally determine Newton’s Laws.
Ninja balls, seismic accelerator
Ninja balls, seismic acceleratorNinja Balls are a set used to demonstrate the concept of momentum transfer in a simple and visually compelling way. When the set is dropped from a low height, you can observe how the kinetic energy is transferred through the balls, causing the top ball to bounce significantly higher than its starting point. The set consists of five balls and a pair of plastic safety glasses, which should be worn during the experiment to protect your eyes.
