3D Measuring machine ITP allows to measure geometrically complicated parts thanks to indexed feeler pin.
Its wide work top grants freedom of movement and it makes easier the measuring of medium size parts.
Thanks to the possibility of importing 3D model and thanks to (automatic) measuring software, ITP is constatly working and granting excellent results.

ATOS CORE Professional is a machine designed to make 3D measure of small/medium sized components. You can run completely authomatic analysis of shapes and dimensions.

It uses parametric analysis in order to score every action and all steps run in the software. It consists of GigE CCD-Cameras, based upon the so called "split design" concept between electronics and optics; a dedicated computer and software.

Tec-pol has decided to buy this machine in order to fulfil our clients requests about small details measurings: it is a machine already known by our clients portfolio (Automotive). It is a very important 3D machine because it can help you reducing the analysis time and getting a first result about shapes and overall dimensions of a produced part.

Dynamic-mechanical analysis is a technique for materials characterization, which provides indications on thermal and viscoelastic properties under dynamic conditions.
More precisely, it is used in the field of rheology, a branch of physics that studies the flow of matter, primarily in a liquid state, but also as soft solids.
This technique, through the use of a torsional rheometer, applies an oscillating dynamic force to a material specimen, under particular conditions of frequency and amplitude of deformation.
The response of the material is recorded and splitted into the components "in phase", the elastic nature of the material, and "out of phase" the viscous nature of the material.
It is therefore possible to obtain a description of the viscoelastic nature of the material, in a wide range of temperature, frequency and deformation.
Using such a rheometer, it is also possible to carry out stress/relaxation experiments or creep experiments (deformation under constant stress).
The data obtained through the combination of the various measuring techniques can be used to investigate the molecular architecture of a polymer as well as to determine its glass transition temperature, composition and flow properties.
If applied to a composite material, the technique allows to study its behaviour during the manufacturing phase and provides useful indications on its composition and morphology.
This approach is of paramount importance in the development of techno-materials and can be used  in the field of plastics and rubbers.
The Anton Paar MCR rheometer, recently acquired by Techpol together with a proper training program, represents an excellence in the field of instrumentation for the dynamic-mechanical analysis of materials and offers a wide range of possibilities together with a high flexibility in the preparation of specific tests.
It also represents an important tool for scientific research, technical development and production control.