Designed to demonstrate the Saint-Venant principle, the effect of stress concentration and the shape of demonstration samples depending on the characteristics of the application of external forces. Compound: -power frame with base; — rotary device with eccentric shaft and flywheel; -pressure plates with screws; -replaceable test samples (4 pieces). Specifications: Material of test samples: rubber […]

The model makes it possible to demonstrate the phenomena of buckling and buckling modes depending on the conditions of fixing the samples. The model consists of a base, a rod loading system, and four rods with the following support conditions: – hinged support on both sides; – hinged support on one side, sealing on the […]

Designed to demonstrate the elastic deformation of coiled coil springs and determine the elastic characteristics during their compression. Compound: -power frame with base; — loading device in the form of suspensions with a set of weights; — coiled cylindrical compression spring (2 pcs) -yardstick. Specifications: Number of springs, pcs. 2 Limit value of force, N […]

The model makes it possible to demonstrate the phenomena of buckling and record the “load – deflection of the middle section” diagram for a simply supported sample under supercritical loading. The model consists of a base, a rod loading system with a maximum movement limiter, a set of weights (at least 8 pieces), a flexible […]

Purpose. The demonstration model “Center of gravity of flat figures” TMKM5 is designed to determine the position of the center of gravity of material bodies of constant thickness and various configurations when performing a set of laboratory work in courses in technical mechanics and applied mechanics. Description. The demonstration model “Center of gravity of flat […]

Designed to determine the coefficients of sliding and static friction for various combinations of contacting bodies. Compound: — support stand with guide; -platform with a set of plates made of various materials; -angular scale; -set of weights. Specifications: Number of combinations of contacting surfaces, pcs. 10 Weight of cargo, kg from 0.025 to 0.5 Overall […]

Designed to demonstrate the principle of operation of a worm gear and study the design of a worm gearbox. Specifications: Engagement module, mm 1 Gear ratio 63 Overall dimensions, mm 190x170x170 Weight, kg8

Designed to demonstrate the principle of operation of a spur gearbox and study its design. Specifications: Engagement module, mm 2 Gear ratio 1.9 Overall dimensions, mm 170x170x200 Weight, kg 8

Designed to demonstrate the behavior of thin and long rods in a set under load. During loading, the compressed elements of the truss (braces) lose stability. Compound: Compound: -base; — loading device in the form of suspensions with a set of weights; -truss elements (5 pcs) Specifications Overall dimensions, mm 500x250x500 Weight, kg 6 Number […]

The “Chinese top” model is designed to demonstrate the change in the equilibrium position of the body during its rest and rotation. Model contains: – a base made of metal sheet, with a fence, overall dimensions no more than 600x600x200 mm; – a stand for fixing the top during launch; – a device for launching […]

The model is intended to demonstrate the law of plane motion of the ellipsograph ruler and the trajectory of individual points of the ruler and can be used as demonstration material when giving lectures on the course “Theoretical Mechanics”. The desktop model is made of steel with anti-corrosion and polymer powder coating. Symbols and inscriptions […]

A set of demonstration models (mechanisms for the following disciplines): technical mechanics; applied mechanics; TMM. The set consists of 14 models of mechanisms: 1 Rocker mechanism 2 Rocker tangent mechanism 3 Rocker sine mechanism 4 Rocker mechanism with swinging slider 5 Multi-link mechanism 6 Crank-slider mechanism 7 Six-link mechanism with a rocker 8 Articulating lever […]

The model allows you to demonstrate three axes (tangent, normal and binormal) when a point moves along a spatial curvilinear path. The stand consists of a base and a vertical stand to which a spatial curve model is attached. A slider is placed on the curve model and moves along it. Three rods are attached […]

The model allows you to demonstrate the angles of precession, nutation and proper rotation when a rigid body rotates around a fixed point. The stand consists of a base and a vertical stand on which a rigid body is mounted on a spherical hinge. The nutation angle can vary from -45° to +45°. On the […]

The model allows us to demonstrate the addition of two rotational movements around parallel axes with angular speeds of the same magnitude and different in direction to obtain translational motion. The model consists of a base, a rotating body and a body performing translational motion. Synchronization of movements is carried out due to a gear […]

Allows you to demonstrate the addition of pairs of forces located in intersecting planes by summing their vector moments when the angle between the planes of action of the pairs changes from 0 to 180 degrees. Overall dimensions 200x300x450 mm Weight 5 kg

Allows you to demonstrate the design diagram of the simplest stationary geometric connections: a cylindrical hinge, a thrust bearing and a spherical hinge Overall dimensions 200x250x300 mm Weight 4kg

Allows you to demonstrate the balance of a three-jointed arch Overall dimensions 300x750x550 mm Weight 15 kg

Allows you to demonstrate the statics theorem on the equilibrium of a solid body on a rough surface and determine the coefficient of sliding friction on steel samples of various materials (steel, rubber, brass) Overall dimensions 450x350x500 mm Weight 15 kg

The model allows you to demonstrate the Coriolis force acting on a ball as it moves along a rotating platform Overall dimensions 600x400x300 mm Weight 35 kg

The model allows us to demonstrate the law of conservation of the angular momentum of the system relative to the vertical fixed axis Overall dimensions 600x400x300 mm Weight 35 kg

The model allows you to demonstrate the movement of a two-degree gyroscope in a gimbal mounted on a movable base that simulates the rotation of the earth. An illustration of a Foucault gyroscope of the 1st kind is carried out by fixing the outer ring of the gimbal in a plane perpendicular to the meridian […]

The model allows us to demonstrate the oscillations of a spring-loaded pendulum in the normal and inverted positions, the dependence of the period of free oscillations on the location of the springs, the stable and unstable positions of the inverted pendulum, and the transition from one position to another when the distance from the axis […]