12 V DC Electric Kinetic Theory Model Apparatus
$292.00 (Ex GST)
Adjustable Inclined Plane with Pulley and Angle Scale
From $110.30 (Ex GST)
Air Track Systems, Low Friction Linear Motion Type
From $200.00 (Ex GST)
ASEP Powder-Coated Stream Tray
$218.40 (Ex GST)
Boyle’s Law Apparatus, Pressure Volume Demonstration Unit
From $55.00 (Ex GST)
Brass Slotted Weights, Precision Calibration Type
From $3.90 (Ex GST)
Circular Motion Kits, Speed Control Teaching Model
From $26.30 (Ex GST)
Constant-Volume Thermometer for Charles’ Law Demonstrations ,1m
$219.00 (Ex GST)
Dynamics Carts, Laboratory Collision and Motion Kit
From $143.00 (Ex GST)
Free Fall Apparatus, Adjustable Height Mechanical & Solenoid release
From $291.00 (Ex GST)
Hooke’s Law Tension Spring Sets, Variable Spring Constant Type
From $23.00 (Ex GST)
Large Demonstration Manometer, ±300 mm Range
$126.00 (Ex GST)
Lever and Fulcrum Set with Weights and Hangers Included 1 m long
$170.00 (Ex GST)
Nylon Pulleys, Lightweight Laboratory Model
From $15.00 (Ex GST)
Pendulum Bobs, Assorted Size Laboratory Set
From $2.70 (Ex GST)
PSSC 2D Collision Dynamics Practical Kit
$41.00 (Ex GST)
PSSC Helical Steel Spring Kit
$70.00 (Ex GST)
PSSC Inertial Balance Experiment Kit
$62.00 (Ex GST)
Rolling Cylinder Pair, Metal and Plastic Set
$128.00 (Ex GST)
Scale Pans, Laboratory Weighing Unit
From $6.30 (Ex GST)
Simple Wheel and Axle Pulley Set, Two Sizes Included
$72.10 (Ex GST)
Steel Ball Set, 3 Sizes, 20 Balls per Size
$34.00 (Ex GST)
Tensile Testing Machine for Strength of Materials Experiments
$319.00 (Ex GST)
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Mechanics and Fluids form a core part of physics education, focusing on motion, forces, energy, pressure, and the behaviour of liquids and gases. Laboratory experiments in this field help students understand fundamental principles such as Newton’s laws of motion, momentum, friction, pressure, buoyancy, viscosity, and fluid dynamics. These concepts are essential for studying engineering, physics, environmental science, and many applied scientific disciplines.
Mechanics and fluids apparatus allow students and researchers to observe how forces influence motion and how fluids behave under different physical conditions. Typical laboratory equipment used in this area may include force meters, pulleys, inclined plane apparatus, friction demonstration systems, density measurement tools, pressure demonstration equipment, hydraulic models, and fluid flow apparatus. These instruments enable practical investigation of mechanical principles such as acceleration, equilibrium, and energy transfer, as well as fluid behaviour including pressure variation, flow resistance, and buoyancy.
Where laboratory glass components are used in fluid experiments, borosilicate glass such as BORO 3.3 is commonly preferred due to its strong chemical resistance and thermal stability. Relevant standards for laboratory glass materials may include ISO 3585 for borosilicate glass 3.3 properties and ASTM E438, which specifies requirements for glass used in laboratory apparatus. In experiments that require volumetric measurement of liquids, ASTM E694 may also apply for volumetric laboratory glassware.
Some mechanics and fluid experiments may involve electrically powered measuring instruments or sensors, which covers safety requirements for electrical equipment used in laboratory measurement and testing environments. Manufacturing and product quality systems for laboratory apparatus are also commonly aligned with ISO 9001 quality management standards.
At LabChoice Australia, we supply mechanics and fluids laboratory equipment designed for school science laboratories, university teaching environments, and educational demonstration setups. Our range supports clear visualisation of physical principles while providing durable and reliable apparatus suitable for repeated classroom use.
Practical experiments in mechanics and fluid dynamics help students connect theoretical physics concepts with real-world observations. By measuring motion, forces, pressure, and fluid behaviour directly in the laboratory, learners develop a deeper understanding of the physical laws that govern movement and the behaviour of liquids and gases.