1. Fritsch Pulverisette 4 high energy ball milling machine

Grinding options:
High energy (nano-milling) and low-energy milling, mechanical alloying, and reactive milling
Grinding of metals and ceramic materials
Grinding in oxidizing and inert atmosphere and liquids

Short description of the equipment:

The conditions of rotation of the grinding crucibles and the main disk, the balls either collide vertically with the inner wall of the crucible (high impact energy) or approach each other tangentially (strong friction) or simply roll “sticking” to the inner wall of the crucible (centrifugal mills). Grinding brittle materials (e.g. oxides, etc.) requires high impact energy. When grinding soft materials (e.g. metals, etc.), the friction coefficient is also decisive. Grinding sets: tungsten carbide, stainless steel, sintered corundum (80-250ml), gas pressure and temperature measuring system (GTM).

2. Setaram SETSYS 16/18 thermal analyzer

Measurement options:
DTA is suitable for high temperature thermal stability, melting point, heat capacity, vitrification measurements for high melting point metals and metal alloys
TG, thermogravimetric measurements are suitable for mass change, oxidation or decomposition tests in plastics, metals and metal alloys

Short description of the equipment:

The device allows weighing with an accuracy of up to 0.4 μg. The heating rate can vary from 0.001 °C/min to 99 °C/min. Measurements can be performed in different atmospheres (synthetic air, argon), at a maximum temperature of 1600 °C.

3. Zahner IM6e complex electrochemical measuring device, Voltab Lab PGZ 301 measuring device, CTV 101 PID electrode systems, Agilent 347960A data logger


VoltaLab PGZ 301 potentiostat

Measurement options:
performing electrochemical measurements and analyzes (industries that use our services: machine manufacturers, chemical industry, electronics)
comprehensive research platform in corrosion, batteries, electrochemical analysis, sensory sciences, life sciences and environmental chemistry

Short description of assets:

Zahner IM6e complex electrochemical measuring device: frequency range: 10µHz – 3MHz, current range: ± 3A, voltage range: ± 4V, resolution: 5000 steps/decade, AC amplitude range: 1mV – 1V

VoltaLab PGZ 301 potentiostat: frequency range: 1 mHz – 100 kHz, current range: ± 1A, current resolution: 30 pA, polarization voltage range: ± 15 V, maximum polarization speed: 20 V/s, AC amplitude range: 1mV – 1V

Agilent 34970A Multichannel Measurement Data Logger: 6 1/2 digit (22 bit) internal DMM; max. 250 channel/sec scan rate, AC / DC voltage and current, resistance, frequency and period measurement, 12 channels.


4. K-1550 °C Vacuum / Argon type 1500 W tube furnace

Measurement options:
heat treatment,
carbon fiber production
making coatings

Short description of the equipment:
the nominal heating temperature of the oven is max. 1550 °C.
the size of the internal useful space is Ø65 x 150 mm.
the accuracy of the set temperature in the center at steady state ± 0,5%.

the furnace is controlled by a freely configurable PID controller with digital display, this HAGA KD48P control unit also operates and regulates the temperature, the heating rate and the gas filling and vacuuming.


5. Ne100 type electric fiber spinning machine

The electro-fiber spinning device is composed of two electrodes. One of the electrodes is the fiber-forming capillary, through which the solution is continuously added. Another electrode is the fiber collector, which is usually a flat metal plate. An electrostatic field is created between the two electrodes. The capillary electrode is connected to a high voltage power supply while the other electrode is grounded. The resulting electrostatic field interacts with electrically conductive solutions. A drop of liquid forms on the capillary electrode because the electricity of the liquid polymer solution is high enough to overcome the surface tension. At the opening of the needle, the jet of liquid starts from the drop towards the fiber collector. One or more jets of liquid may exit the capillary electrode. As a result of the electrostatic forces, the liquid flow continuously thins towards the fiber collector, while the solvent evaporates.

6. Keyence VHX-2000 Optical Microscope

The Keyence VHX-2000 Optical Microscope has a magnification of 20-2500X. It is equipped with a vibration-free table to make it great for both 2D and 3D photography.

DENKAL 6 laboratory oven

The furnace is suitable for any heat treatment that can be performed in a normal atmosphere.

We recommend the oven for the following technologies:
ceramic annealing
laboratory cremation
heat treatment of smaller workpieces
thermal engineering measurements

Furnace specifications:
Nominal temperature: 1100 °C
Internal useful space width: 200 mm
Height of internal useful space: 125 mm
Depth of internal useful space: 240 mm
Detailed description: http://www.kaloriatech.hu/webadmin/fileman/Uploads/pdf/denkal6.pdf


DENKAL 1550 °C laboratory oven

The furnace is suitable for any heat treatment that can be performed in a normal atmosphere.

Furnace specifications:
Nominal temperature: 1550 °C
Internal useful space width: 100 mm
Height of internal useful space: 100 mm
Depth of internal useful space: 100 mm
Detailed description: http://www.kaloriatech.hu/webadmin/fileman/Uploads/pdf/1550_net.pdf

K28 laboratory oven

The furnace is suitable for any heat treatment that can be performed in a normal atmosphere.

Furnace specifications:

Nominal temperature: 1100 °C
Internal useful width: 250 mm
Height of internal useful space: 250 mm
Depth of internal useful space: 500 mm
Detailed description: http://www.kaloriatech.hu/webadmin/fileman/Uploads/pdf/K28.pdf

Tectronic TIC-MFP 50k12PPS power supply

Power supply specifications:

Frequency range: 0 Hz (DC) to 50 kHz
Operating modes: DC, Inverted DC, unipolar pulse, bipolar pulse
Maximum output voltage: 1 kV
Nominal output power: 12 kW
Cooling: water cooling
Detailed description: https://tetronic.ro/product/tic-mfp-pps-power-supplies/

Keysight N8952A power supply

The 15 kW Keysight N8952A power supply provides a programmable, automatically controlled DC current. The automatically adjustable output characteristics of the N8900 Series power supplies allow for unprecedented flexibility by offering a wide range of voltage and current combinations at full power.

Main technical data of the power supply:
Maximum output voltage: 200 V
Maximum output current: 210 A
Nominal output power: 15 kW
Detailed description: https://www.keysight.com/zz/en/assets/7018-04041/data-sheets/5991-2818.pdf

PRUSA i3 MK3S 3D printer

-creating detail-rich, scale models
-production of functional component prototypes from different polymers
-production of custom-designed mass models

Short description of the equipment:
This is an FDM type 3D printer (Fused Deposit Modeling), which during printing melts the thermoplastic polymer fiber (so-called filament) in a heated print head and then transfers it to the print table through a nozzle, building the model layer-by-layer.

The model file to be printed must first be opened in a Slicer software (e.g. PrusaSlicer) in a specific format (.stl, .obj, .amf, .3mf) in which the print parameters must be set, and then the layered model is given in a gcode file that needs to be loaded into the printer.

Printable polymers: PLA, ABS, PETG, TPU, Nylon, PC, filler-containing polymers (metal powder, fiberglass, wood fiber, etc.)

Equipment parameters:
Print volume: 25 x 21 x 21 cm
Layer thickness: 0.05 to 0.035 mm
Nozzle diameter: 0.25 / 0.4 / 0.6 / 0.8 / 1 mm
Max. table temperature: 120 ° C
Max. nozzle temperature: 300 ° C
Max. print speed: 200 mm/s

Tescan Vega scanning electron microscope

Tescan VEGA’s fourth-generation electron microscope, equipped with an energy-dispersive X-ray detector is excellent for routine determination of the morphology of various metallic materials and the contaminants they contain. Furthermore, with the help of the low vacuum mode, in addition to the nitrogen atmosphere, it is also possible to examine electrically non-conductive samples.

Detailed description: https://www.tescan.com/product/tescan-vega-compact

Hitachi U-4100 UV-VIS-NIR Spectrophotometer:

– offers a complete analytical solution for a wide range of usage in the field of semiconductors, new materials development and biotechnology
– measurement of the transmittance and reflection of optical components and electronic materials
– capable for the evaluation and quality control of a number of optical components in the wavelength range of 240-2600 nm



Jasco V-550 UV-VIS spectrophotometer:
– Optical system: dual beam system with a single monochromator
– Wavelength range: 190-900 nm
– Light source: deuterium lamp (190-350 nm), halogen lamp (330-900 nm)
– Detector: photoelectron multiplier


HMC Europe, Biosafety Cabinet BSC-700II:

The protection of the user and the safety of the samples are ensured by the two HEPA filters with an efficiency of 99.995% at 0.3 µm, thus avoiding the entry of contaminants into the work area.

External dimensions: 700 x 650 x 1200 mm
Workspace size: 600 x 500 x 540 mm
Recirculated air volume: 250 m³/h
Air circulation: 70%
Air extraction: 30%
Max. power: 800 W



Closed container for handling substances in different inert atmospheres. Through the fitted gloves, the operator can enter the enclosed space between the object and the operator without cross-contamination.




Bálint GALGÓCZI – Head of Group, Surface Technologies Research Group, Department of Industrial Materials Technology
Address: H-1116 Budapest, Kondorfa u. 1.
Cell: +36 70/796-0729
E-mail: balint.galgoczi@bayzoltan.hu