Tinius Olsen compression platens can be machined to all different sizes, slotted for easy sample placement, and either be fixed or self-aligning with a spherically-seated joint. Compression Jigs and Fixtures are the most varied type of attachment.

The model 603 HDTM and the model 303 HDTMare the latest generation of Tinius Olsen’s digitally controlled automatic deflection temperature/Vicat test equipment.They are used for for determination of temperature of deflection of plastics under load, according to ISO 75 or determination of Vicat softening temperature (VST) of thermoplastic materials, according to ISO 306.

The Tinius Olsen environmental chamber provides a means for performing physical tests within a temperature range of -70 to +300 °C, and is suitable for most twin screw materials testing machines.

The Tinius Olsen model 100R is a high elongation extensometer that is designed to measure the ‘stretch’ of a wide range of materials including elastomers and non-rigid plastics.

The Tinius Olsen model 100S is designed as a dual purpose extensometer to measure E modulus and offset yield stress (proof stress) on relatively high modulus materials while also providing the ability to measure high elongations up to break.

​Tinius Olsen’s high energy pendulum impact tester, model IT406, can be easily changed from a Charpy configuration to an Izod configuration and has a maximum available energy of 406 J. These testers are designed primarily for determining the impact resistance of metals and are designed to fully comply with the specifications outlined in ASTM E23, ISO 148-2 and ISO 148-3.

​Tinius Olsen’s high energy pendulum impact tester, model IT542, has an available energy of 542 J. Easy insertion of interchangeable strikers in the pendulum head quickly adapts the machine for either Charpy or Izod testing. These testers are designed primarily for determining the impact resistance of metals and are designed to fully comply with the specifications in ASTM E23, ISO 148-2 och ISO 148-3.

The Horizon software is a computer assisted data acquisition and machine control system, which can be supplied with most Tinius Olsen testing equipment.

Tinius Olsen’s hydraulic universal testing machine, model 1000SL, is suitable for tension, compression, transverse, shear and other tests to a maximum force of 1000 kN.

Tinius Olsen’s hydraulic universal testing machine, model 1500SL, is suitable for tension, compression, transverse, shear and other tests to a maximum force of 1500 kN.

Tinius Olsen’s hydraulic universal testing machine, model 150SL, is suitable for tension, compression, transverse, shear and other tests to a maximum force of 150 kN.

Tinius Olsen’s hydraulic universal testing machine, model 2000SL, is suitable for tension, compression, transverse, shear and other tests to a maximum force of 2000 kN.

Tinius Olsen’s hydraulic universal testing machine, model 3000SL, is suitable for tension, compression, transverse, shear and other tests to a maximum force of 3000 kN.

Tinius Olsen’s hydraulic universal testing machine, model 300SL, is suitable for tension, compression, transverse, shear and other tests to a maximum force of 300 kN.

Tinius Olsen’s hydraulic universal testing machine, model 600SL, is suitable for tension, compression, transverse, shear and other tests to a maximum force of 600 kN.

The Tinius Olsen model 500LC non-contacting extensometer is designed to measure the extension of medium to high elongation materials, typically elastomers.

Tinius Olsen's melt flow indexer model MP1200 is used for determination of the melt mass-flow rate (MFR) and melt volume-flow rate (MVR) of thermoplastics according to ASTM D1238, ISO 1133-1 & 2 and other international and industrial specifications.

The MP1500 melt flow indexer with a loadcell system is used for determination of the melt mass-flow rate (MFR) and melt volume-flow rate (MVR) of thermoplastics according to ASTM D1238 and ISO 1133.

Tinius Olsen’s popular line of SL hydraulic testing machines is complemented by a series of compression-only test frames. These frames have the same robust design, quality materials and precision engineering as the tension and compression frames, but test in compression only.

Tinius Olsen's VectorExtensometer is a step change in extensometer technology, capable of replacing multiple contacting and non-contacting sensors with a single, industry specific instrument.

Tinius Olsen’s Epsilon ONE high-precision optical extensometers measure axial strain with industry-leading resolution, accuracy and speed.

Tinius Olsen's plastics impact tester, model IT503, continues to set the industry standard for versatility, ease of operation and display of information with high resolution.

Tinius Olsen Tensile grips are used for uni-axial material testing where a sample is pulled apart from two ends. 

Model 100ST of Tinius Olsen's electromechanical universal testing machines is a floor-standing UTM with a maximum force of 100 kN.

Model 10ST of Tinius Olsen's electromechanical universal testing machines is a bench-mounted UTM with a maximum force of 10 kN.

Model 150ST of Tinius Olsen's electromechanical universal testing machines is a floor-standing UTM with a maximum force of 150 kN.

Model 1ST of Tinius Olsen's electromechanical universal testing machines is a bench-mounted UTM with a maximum force of 1 kN.

Model 25ST of Tinius Olsen's electromechanical universal testing machines is a bench-mounted UTM with a maximum force of 25 kN.

Model 300ST of Tinius Olsen's electromechanical universal testing machines is a floor-standing UTM with a maximum force of 300 kN.

Model 50ST of Tinius Olsen's electromechanical universal testing machines is a bench-mounted UTM with a maximum force of 50 kN.

Model 5ST of Tinius Olsen's electromechanical universal testing machines is a bench-mounted UTM with a maximum force of 5 kN.