OPTIKASCIENCE

Section 02 - Physics / Oscillatory motion

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

1.2.8. 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

1.5.3. 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

1.9.3. PH-meters

1.9.4. Refractometry

1.9.5. Polarimetry

1.9.6. Spectroscopy

1.9.7. Electrology

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

1.11.4. 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

2.1.2.1. Sensor Range

2.1.3.1. Cross-platform software

2.1.4. Accesories

2.1.4.1. All Accessories

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

2.3.1. 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

3.1.1.1. Pelvises

3.1.1.3. Full Body

3.1.1.4. Skulls

3.1.1.5. Spines

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

3.1.2.10. Muscular Models

3.1.2.11. Kidneys

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

3.3.1. Auscultation

3.3.2. Endoscopy

3.3.3. Gynaecology

3.3.4. Skin Suture

3.3.5. Injection

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

0209 Stand for coupled pendulum

1104 Simple pendulums apparatus

Composed of 3 simple pendulums whose length can be changed through specific handwheel and whose masses are different. Thus, you can demonstrate that the period of a simple pendulum depends on the length, but doesn’t depend on the mass. A T-shaped rod able to move along a vertical stand, allow you to release all 3 pendulums at the same time. Height: 100 cm....

1272 Simple pendulum

This Simple Pendulum device can be used to verify the laws of simple oscillations. More specifically, it can be used to verify that initial potential energy is preserved regardeless of the trajectory (Galileo’s pendulum). The pendulum is supplied with 3 different spheres with strings. Height: 70 cm....

1302 Forced oscillation apparatus

This device allows the study of the phenomenon of a system’s forced oscillations and lets you observe what happens under resonance conditions. *We suggest to use our functions generator code 5718, not supplied with this equipment. It has to be use with the vibrator supplied. Equipment supplied 1 Base 1 Metallic rod 1 Pulleys system – low friction 5 Springs 1 Slotted masses 20g 1 Slotted masses 10g 1 Bosshead 1 Graduated cylinder 1 Vibrator 1 String 2 Connection cables ...

1306 Set of 5 pendulum spheres

Spheres with hook Ø 25 mm.Material: aluminium, brass, iron, wood, copper....

1375 Maxwell’s pendulum

Maxwell’s pendulum is composed of a wheel suspended by two strings. These strings will be rolled up on an axis passing through the wheel’s centre of mass. Releasing the wheel, the two strings are rolled up and down on the axis. If there was no friction, the wheel would reach the initial elevation. This up&down motion will be repeated many times. Its period depends on: the initial height h, from which the wheel was released, the gravity acceleration g and the ratio between the wheel radius and the pivot radius.Using the distance sensor (not supplied) students are allowed to evaluate the wheel veloc...

8111 Apparatus to study harmonic oscillations

The study of the oscillatory motion of a mass hanging by a spring allows students to be introduced to the motion features of an harmonic oscillator and to get acquainted with one of the most powerful models for the physical interpretation of a wide range of phenomena. Topics • Hooke law • Armonic motion • Mass-spring system • Simple pendulum • Physical pendulum • Torsion pendulum Equipment supplied 1 Metal support with rod and upper cross-bar for pendulums 1 Kit composed of 4 springs and 1 elastic 1 Wooden sphere for simple pendulum, diam. 50 mm 1 Polystyrene sphere, diam...

8113 Coupled pendulum

The apparatus of coupled pendulums consists of two pendulums paired through a coil spring slightly stretched out. The spring allows the energy to be transfered between the two pendulums so it is possible to study the phenomena of resonance and beats. The apparatus of coupled pendulum can be used as optional equipment of the apparatus for the study of harmonic oscillations (code 8111) or with the stand (code 0209), sold separately....

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