OPTIKASCIENCE

Section 02 - Physics / Magnetism and electromagnetism

1. OPTIKASCIENCE

1.1. Section 01 - Kits

1.1.1. Physics Laboratory Sets

1.1.2. Basic Kits

1.1.3. Advanced Kits

1.2. Section 02 - Physics

1.2.1. Statics of solids

1.2.2. Dynamics

1.2.3. Translational motion

1.2.4. Rotational motion

1.2.5. Oscillatory motion

1.2.6. Inertia- Collisions - Two-dimension motion

1.2.7. Liquids

1.2.8. Gases and vacuum

1.2.9. Wave's propagation

1.2.10. Sound Waves

1.2.11. Molecular aspect of matter

1.2.12. Temperature and Heat

1.2.13. Geometrical Optics

1.2.14. Wave Optics

1.2.15. Optical Benches

1.2.16. Electrostatics

1.2.17. Electrical conduction

1.2.18. Magnetism and electromagnetism

1.2.19. Atomic Physics

1.3. Section 03 - Technique and Energy

1.3.1. Energy conversions

1.3.2. Renewable energies

1.4. Section 04 - Microscopy

1.4.1. On-field microscopy kits

1.4.2. Biological microscopes

1.4.3. Stereomicroscopes

1.4.4. Multimedia system

1.4.5. Microscopy accessories

1.4.6. Optical magnifiers

1.4.7. Prepared slides for microscopy

1.5. Section 05 - Biology

1.5.1. Botany

1.5.2. Zoology

1.5.3. Experiments on human beings

1.5.4. Human anatomy and DNA models

1.6. Section 06 - Ecology

1.6.1. Kit for environmental analysis

1.6.2. Items for sample's collection

1.6.3. Stations for the detection of air pollution

1.6.4. Digital instruments

1.7. Section 07 - Meterology

1.7.1. Instruments and weather stations

1.8. Section 08 - Astronomy and Earth Science

1.8.1. Rocks, fossils and minerals

1.8.2. Geological models

1.8.3. The Earth and the solar system

1.9. Section 09 – Chemistry

1.9.1. Periodic table of elements

1.9.2. Molecular models and atomic models

1.10. Section 10 – On-Line Science

1.10.1. Interfaces

1.10.2. MBL Sensors

1.10.3. USB Sensor

1.11. Section 11 – Drawing and Mathematics

1.11.1. Drawing

1.11.2. Enumeration

1.11.3. Logics

1.11.4. Fractions and percentages

1.11.5. Geometry

1.11.6. Mathematics on magnetic blackboard

1.12. Section 12 – Measurement Instruments

1.12.1. Lengths and angles

1.12.2. Volumes/Time intervals

1.12.3. Temperature

1.12.4. Density/Forces, weights and masses

1.12.5. Electrical devices

1.13. Section 13 – Lab Tools

1.13.1. Items and instruments

1.13.2. Electrical power sources

2. DATA HARVEST

2.1. Data Logging

2.1.1. Data Loggers

2.1.1.1. Data Logging Range

2.1.2. Sensors

2.1.2.1. Sensor Range

2.1.3. Apps

2.1.3.1. Cross-platform software

2.1.4. Accesories

2.1.4.1. All Accessories

2.2. Dynamics

2.2.1. Dynamics System

2.2.2. Software

2.2.2.1. Cross-platform software

2.2.3. Accessories

2.2.3.1. All Accessories

2.3. Teaching

2.3.1. Teaching Packs

2.3.2. Teaching Metarials

2.4. More Science

2.4.1. Smart Microscopes

2.4.2. Genecon Hand-Held Dynamo

2.4.3. Renewable Energy

2.5. Product Brochures

2.5.1. Primary Teaching Brochure

2.5.2. Secondary Teaching Brochure

3. ERLER-ZIMMER

3.1. Anatomical Models

3.1.1. Skeleton Models

3.1.2. Organs & Structures

3.1.2.1. Respiratory System

3.1.2.2. Brain & Nerves

3.1.2.3. Urinary System

3.1.2.4. Skin-Hair-Nail

3.1.2.5. Head Models

3.1.2.6. Circulatory System - Blood Vessels

3.1.2.7. Circulatory System - Hearts

3.1.2.8. Circulatory System - Circulation

3.1.2.9. Liver

3.1.2.10. Muscular Models

3.1.2.11. Kidneys

3.1.2.12. Ears

3.1.2.13. Torsos

3.1.2.14. Digestive System

3.1.2.15. Teeth

3.2. 3D Anatomy Series

3.3. Medical Simulators

3.3.6.1. Chronic Wounds

3.3.6.2. Diabetes

3.3.6.3. Catheterisation

3.3.6.4. Nursing Dolls - Baby & Child Dolls

3.3.6.5. Nursing Dolls - Adult Dolls

3.3.6.6. Stoma Care

3.3.7. Cancer Prevention

3.3.8. Emergency

3.3.8.1. Airway

3.3.8.2. CPR - Baby & Child Dolls

3.3.8.3. CPR - Adult Dolls

3.3.8.4. All Dolls - Baby & Child Dolls

3.3.8.5. All Dolls - Adult Dolls

3.3.8.6. Rescue

3.3.8.7. Thorax

3.3.8.8. Trauma Simulation

3.3.9. X-RAY / CT

3.3.10. Pregnancy & Birth

3.3.11. Ultrasound

1342 Apparatus to verify the electromagnetic induction law and the principle of action-reaction

Inside the aluminium tube, a magnet falls with uniform motion. The explanation is the following: during the fall of the magnet, the aluminium tube is linked to a variable magnetic flux and therefore it has induced currents whose directions, according to Lenz’s law, are opposite to what has generated them, i.e. the magnet’s motion, in this case. The consequence is that the latter , in the beginning phase, falls with uniformly accelerated motion because it’s moved by a vertical force whose intensity is equal to the difference between its weight P and the electromagnetic force F.This force is propo...

18/E Simple compass

Diameter: 45 mm....

5024 Al- Ni-Co alloy magnet, 100×10 mm circular, single

Made of cobalt and nickel alloy, these magnets are able to create magnetic fields much more intense than those created by steel magnets. Moreover, their magnetisation lasts for decades....

5026 Coil 400 turns, 1A

Internal hole for core: 20×20 mm....

5077 U-shaped magnets with stand

Dimensions: 30x20x 21 mm.Rod Ø 6 x 135 mm...

5078 Coil 1600 turns, 1A

Internal hole for core: 20×20 mm....

5114 Modular transformer

It consists of a nucleus made of laminated ferromagnetic material which can be divided into two parts (one is “U” shaped, the other straight) in order to replace the coils. Max. applied voltage: 6Vac. Equipment supplied 1 Base 1 “U”shaped nucleus made of laminated iron 1 Closure yoke 1 Asta di sostegno 1 Coil 1600 turns 1 Candle 1 Aluminum ring with cut 1 Coil 400 turns 1 Coil 50 turns 1 Aluminium ring 1 Melting pot with handle ...

5120 Waltenhofen pendulum

If you allow two aluminium sectors, one whole and the other cut, to oscillate with the excited magnet, you can see that the oscillation slows down more quickly in the first instance, because of the parasitic currents....

5122 Oersted apparatus with two needles

The item can show the magnetic effect of the electric current flowing in a circular conductor through the use of 2 magnetic needles.To be used with a power supply: 5 A....

5125 Magnetic forces apparatus

This item lets you visualise the remote action of magnetic forces.With two ring magnets....

5128 Faraday’s experiments kit

With this kit it is possible to perform the fundamental experiments on electromagnetic induction. Equipment supplied 1 Battery 1 Switch 1 Galvanometer 1 Linear magnet 1 Double coil 2 Electrical leads 60 cm 3 Electrical leads30 cm 2 Crocodile clips 1 Box ...

5135 Big didactic compass

Thanks to its dimensions it can be seen from far away.Diameter: 200 mm....

5141 U-shaped magnets with stand

Dimension magnet: 45x29x30 mmSupport ∅6×135 mm...

5169 Al- Ni-Co alloy magnet, 150×12 mm circular, single

Made of cobalt and nickel alloy, these magnets are able to create magnetic fields much more intense than those created by steel magnets. Moreover, their magnetisation lasts for decades....

5170 Al- Ni-Co alloy magnet, 150×12 mm circular, couple

Made of cobalt and nickel alloy, these magnets are able to create magnetic fields much more intense than those created by steel magnets. Moreover, their magnetisation lasts for decades....

5171 Walk compass

It has aligning sight and magnifying glass.Case made of shock-proof, synthetic material.Suspended dial with phosphoric indications.Dial diameter: 55 mm....

5173 U-shaped magnet 200x75x45 mm

5174 Magnetic needle

Magnetic needle with protractor.Mounted on rod 100 mm and base.Needle length: 60 mm....

5177 Apparatus for the verification of Lorentz force

It consists of two metal tracks where a cylindrical aluminium bar can roll while positioned in order to be immersed in the field of a permanent magnet. Allowing the current to flow in the aluminium bar through the use of generator code 5248, the bar is given a force whose direction is determined through the “the left hand” rule. Track length: 45×17 cm....

5178 Extensible solenoid

This item allows the study of the magnetic field generated by a solenoid, because it is possible to vary the coil number per length measurement unit. Once the magnetic needle has been positioned toward the earth field and the solenoid has been positioned in a perpendicular direction, the tangent of the needle’s deviation angle is proportional to the intensity of the magnetic field and, therefore, to the intensity of the electric current and to the number of coils per length measurement unit. To be used with generator code 5360.Dimensions: 63x15x20 cm. It is possible to study the dependence of the magnetic ...

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