We have 2 machines of this type that are suitable for winding the toroid iron cores prior to heat treatment.

Toroid Winder I.

Raw materials that may be used
Thickness 18-30 micrometre
Width 3-25 mm
Internal diameter min: 4 mm, max: 40 mm
External diameter min: 5mm, max: 56 m
Productivity
250-1000 items per hour

Toroid Winder II.

Our Toroid Winder II is suitable for the special size toroid iron cores, prior to heat treatment.

Spectrometer

With our Hitachi Foundry Master Optimum Optical Emission Spectroscopy (OES) equipment we are able to define the element composition of the metals with an analytic method that is reliable and widely used.

The high frequency induction equipment used for melting generates vortexes within the melt, which blend the melt perfectly, thus ensuring its homogeneous composition. Our experts may prepare even jointly with the customer the melting and casting plan, with taking into consideration the special customer demands. Our work is also facilitated by a precision weight scale of 100 microgram resolution, and a high tech optical emission spectrometer.

Cold crucible melting unit

Our company, thanks to its infrastructure is able to produce special alloys in vacuum and inert gas media, with the aid of our vacuum induction melting equipment.

Paraméterek
Atmosphere Vacuum (1*10-7 torr), Argon (purity 4.6 or 5.0), Nitrogen (industrial)
Output performance 25 kW
Frequency 600 kHz
Sample volume 5 cm3
Crucible types Boat, Rose

We use graphite, boron-nitride, or aluminium oxide melting crucibles in line with the properties of the components of the given alloy. The high frequency induction equipment used for melting generates vortexes within the melt, which blend the melt perfectly, thus ensuring its homogeneous composition. Our experts may prepare even jointly with the customer the melting and casting plan, with taking into consideration the special customer demands.

Our work is also facilitated by a precision weight scale of 100 microgram resolution, and a high tech optical emission spectrometer.

Vacuum melting unit

Our company, thanks to its infrastructure is able to produce special alloys in vacuum and inert gas media with the aid of our vacuum induction melting equipment.

Vacuum metallurgy is playing an increasing role in our days, thanks to the development of scientific technology. The number of those practical alloys increased steeply in the recent years, for the production of which in many cases precision, well controlled and reproduceable production technology is needed. These alloys are widely used for scientific research, and they are also used in electronics, and also in the car and airplane industry.

Parameters
Atmosphere Vacuum (1*10-5 torr), Argon (purity 4.6 or 5.0), Nitrogen (industrial)
Output performance 25 kW
Frequency 10 kHz
Sample volume 100 cm3
Crucible types Al2O3 vagy boron nitride

Heat treatment ovens

The ovens are suitable for any normal atmospheric heat treatment. We recommend them for the following technologies:

  • red-hot heating of casting moulds for dental technology

  • hot enamelling

  • red-hot heating of ceramics

  • laboratory incineration

  • heat treatment of workpieces

  • thermal technology measurements

  • melting, casting *

*these functions may be used only in the case of our LTP F bottom tapping ovens

Denkal 1200

Magasság 60 mm
Szélesség 100 mm
Mélység 80 mm

Denkal 1550

Magasság 100 mm
Szélesség 100 mm
Mélység 100 mm

LTP F

Névleges hőmérséklet 1300 °C
Belső átmérő 115 mm
Magasság 200 mm
Mélység 80 mm
  • alsó csapolású
  • nagyobb munkadarabok edzéséhez, megeresztéséhez
  • olvasztáshoz, öntéshez

Magnetic measurement station | 2 Tesla

The large 2 T homogeneous magnetic field of the GMW 3473-70 electromagnet provides an opportunity for electro-chemical experiments, magnetic field thermal treatment experiments, for implementing magnetising and demagnetising processes. The maximal distance of the two armours may be maximum 96 mm. In this case the magnetic induction developing is of the value of 400 mT. By approaching the armours it is possible to achieve a field of a value of even 2 Tesla, which allows the implementation of unique experiments.

A small-sized air operated heat treatment oven belongs to the magnetising table, with which we are able to carry out heat treatment even up to 700 °C in the strong magnetic field. The oven, due to its design, is suitable for achieving quite high heating and cooling speeds.

Technical data
Distance of the armours 0-96 mm
Diameter of the armours 150 mm
Maximal magnetic field 400-2000 mT*
Sample volume 100 cm3
Nominal temperature of the heat treatment oven 700 °C
Dimensions of the oven space (Sz/M/H) 80/80/100 mm

*depending on the distance of the armours

Vacuum heat treatment unit

The oven is without insulation, which means a lower working point (max 700 °C), however, it is able to reach extremely large cooling gradients. Regulation is always computer controlled, with the possibility of inserting practically an infinite number of heat treatment steps.

Parameters
Length 80 mm
Diameter 65 mm
Maximum temperature 700 °C

  • heat treatment at a pressure of even 1 *10 -5 torr. or in an inert atmosphere

Testo 340 Gas Analyser

Emission measurement in the industry: The testo 340 instrument unites in a single device the professional technology, easy operability, and practical implementation. The high performance testo 340 smoke gas analyser is equipped with an O2 measuring cell, and 3 additional measurement cells.

  • Industrial smoke gas analyser

  • Measurement range extension for high gas concentrations

  • The pre-calibrated measurement cells allow fast and simple replacement

  • Integrated pressure difference and air flow measurements for mass flow calculations

  • Suitable for measuring CO, COlow, NO, NOlow, NO2 and SO2

3D printer

This printer is suitable for printing thermoplastic plastics up to 300 °C.

 

Parameters

  • work space: 180 x 200 x 100 mm

  • layer thickness: 0.1-0.4 mm