We are exlusive representative of  G.U.N.T. company for the Czech market.

Since 1979, G.U.N.T. Gerätebau GmbH has been developing, producing and selling equipment that is used in technical education at vocational schools, technical colleges and universities. Offered assortment is divided into 5 basic branchs:

• Statics (forces and moments, friction)
• Strenght of Materials (torsion, deformation of bars, strain, Hooke's law)
• Dynamics (kinematics, gearing, dynamics of rotation, basic experiments on dynamics and moment of intertia, vibrations, critical speed and balancing)
• Fundamentals mechanics and machine elements (three-dimensional cutaway models, technical imaging, simple mechanical parts, engineering mechanics, bearings)
• Machinery Diagnosis (computerised vibration analyser, vibrations in fans, etc.)
• Properties of Materials (tensile, compression, bending, hardness testing, torsional test, fatigue test)

• Engineering Drawing (geometric models, traninng panels and assembly sets, practice models) 
• Dimensional metrology (tried and tested dimensional metrology exercises) 
• Fasteners and Machine Parts (assembly with dowel pins and taper keys, screws) 
• Manufacturing Engineering (drilling, forming by bending, reaming, grinding, milling, turning) 
• Assembly Projects (drive elements and gears, fittings, compressors)
• Maintenance (system components, valves, pumps, pipes, test stands, assembly kits) 
• Machinery Diagnosis (crack detection, electromechanical vibrations, FFT spectrum) 
• Automation (sensors/instrumentation, PLC and PLC applications, fundamentals of pneumatics and hydraulics, controllers, controlled systems, networking, modular process automation training system, CNC and robotics, fuzzy control) 

• Fundamentals of Thermodynamics (primary quantities of thermodynamics, principles of heat transfer, evaporation and condensation) 
• Applied Thermodynamics (water-to-water heat exchangers, air heat exchangers, air-to-water exchangers, solar energy and photovoltaics) 
• Power Engines and Machines (gas turbines, compressors, steam power plants) 
• Internal Combustion Engines (two cycle and four cycle engine, diesel engine, electronic signaling system) 
• Refrigeration and Air Conditioning (fundamental system, assembly projects, modular training systems, refrigerating plants, particular units, electricity in refrigeration and air conditioning systems, air conditioning systems) 
• Heating and Ventilation (heating of buildings, ventilation systems, fundamental experiments on heating - training panels) 
• Sanitary systems (sanitation fittings, cavitation, drinking water installation demonstrator, full-scale sewerage system) 

• Fundamentals of Fluid Mechanics (pipe network, hydrostatics, pressure gauges, hydrostatic pressure, floating body, visualisation of streamlines, viscosity, venturi nozzle, Bernoulli’s principle, laminar and turbulent flow, Osborne Reynolds experiment, static and dynamic pressure, pipe friction, flow rate measurement, vortex flowmeter, orifice discharge, weirs, impact of a jet, centrifugal pump, twin centrifugal pump configuration, Pelton turbine, Francis turbine, hydraulic ram, learning software)
• Flow in Pipes (pipe friction, flowmeter, electromagnetic or paddlewheel turbine, differential pressure transmitter, water hammer)
• Turbomachine Demonstrators (centrifugal fan, axial-flow fan, centrifugal compressor, centrifugal pump, piston pump, gear pump, series / parallel pump configuration, axial-flow turbine, reaction turbine, Pelton turbine, impulse turbine)
• Turbomachines (impulse turbine, reaction turbine, axial-flow fan, centrifugal fan, centrifugal pump, series / parallel pump configuration, drive and brake unit for pumps and turbines with data acquisition)
• Fundamentals of Aerodynamics and Airflow (subsonic wind tunnel - lift - drag - flutter oscillations, wind tunnel - air flow - turbulences - onset of boundary layer separation - velocity measurement of airflow using a Pitot tube and Pitot-static tube - Bernoulli’s principle - boundary layer - drag - Coanda effect, nozzle discharge - fan, fundamentals of airflow, supersonic airflow, nozzle pressure distribution)
• Hydrology and Hydraulic Engineering (flow channel, sediment transport, water courses, flow in permeable materials, drainage processes, sub-surface water flow, surge tank and reservoir)
• Components in Piping Systems (cutaway models, cathode-based corrosion protection, pipe cleaning, pipe inspection with video system)

• Basic Control Systems (units with software controller: level, flow, pressure, temperature - peltier, speed, position, speed control of a power drill, unit to control temperature/filling level/flow, familiarisation with industrial controller, hydraulic servo system)
• Components and Calibration (networking of industrial controllers with Fieldbus, trainer for controlled system tuning, test stand for control valves, calibration bench)
• Process Control Trainers (level, flow, pressure, temperature, flow/level, pH-value, level/pressure, stirred tank, optional LabView-process control software)
• Industrial Process Control Systems (4 controlled variables: level/flow/pressure/temperature, heat exchanger, control-operation-maintenance-faultfinding at an industrial process control plant, discontinuous mixing processes)
• Mechanical Process Engineering (fluidised bed, permeability and fluidisation studies, sedimentation, diffusion, mixing processes, water filtration, discontinuous filtration)
• Chemical Process Engineering (tubular flow reactor, continuous stirrer tank reactor, stirred tanks in series, batch reactor, ion exchanger, control of quality of industrial waste water, synthesis, corrosion, enzymatic catalysis)
• Thermal Process Engineering (separation of CO2-airmixture via absorption, distillation column pilot plant, batch distillation column unit, liquid-liquid extraction, solid-liquid extraction, tray drier)
• Process Plants (coagulation - decantation, water treatment, fermentation and alcohol distillation, two-stage evaporation)