equipment of the cxicxi.tul.cz/files/pages/other/služby/spolupráce s... · 2016. 10. 12. · •...

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Equipment of the CxI


Analytic equipment

http://www.perkinelmer.com/CMSResources/Images/44-70311300-large.jpg


• Emission analyzers (HORIBA MEXA-9430H, 9100H)

• Emissions analyzers with analytical modules NGA, includes: Process Multi-Method/Channel Analyzer (MLT 1)

Exhaust gas analyzers

Department of vehicles and engines


• possibility to analyze the gaseous

• spectral range 6 000-650 cm-1

• continuous quantitative analysis showing up to hundred component of gas at a time

• possibility to extend the analysis of liquids and solids

FTIR spectrometer Nicolet Antaris IGS

Water Carbon Dioxide Methane

Carbon Monoxide Nitric Oxide

Nitrogen Dioxide Nitrous Oxide

Amonia Ethane Ethene

Acetylene

Propane Propene 1,3 Butadiene

IsoButylene

Formaldehyde

Acetaldehyde Formaldehyde

Sulfur Dioxide NOx CO



SEM system

EDS System – AztecEnergy

• X-Max detector

• Quality and quantity analysis of local chemical composition (from Be to Pu)

WDS System - INCAWave

• INCAWave 500

• ultra-precision analysis of local chemical compositiongetický

• radius from 0,17 to 10,84 keV

EBSD System - AZtecHKL

• HKLNordlysNano

• Crystalographic information

OXFORD AZtec

Department of the preparation and analysis of nanostructures


• MAGNETIC METALS

• MAGNETIC SPOT METOD

• MEASUREMENT TIME 3-5S

• Measurement perlit, ferrit, martensit, bainit

• Magnetic hardness tester

• Degradation and deformation austenitic steels

MAGNETIC STRUCTURE-SCOPING DOMENA B3, DOMENA PROMAG, DOMENA NC



Department of industrial technology

Technické parametry:

CCD spectrometer Q4 Tasman

Fully digital spark optical emission spectrometer with digital Bit-Stream plasma generator and double CCD optical system. Designed for routine analysis of smelting plants, laboratories and quality control labs. Tasman is full immune against changes in outside temperature.

Optical system Dual CCD

Detectors are new type CCD detectors without coating with smaller pixels. Continual spectrum cover

Focus range

500 mm / Paschen Runge

Wave length range

130 nm to 620 nm. This wave length range enables and encourages N in FE matrix from 25 ppm and analysis of P in Al matrix from 10 ppm.

Calibration matrix

Al, Fe, Cu, Mg, Zn, Ti a Ni


• Weight spectrometer with inductively bound plasma

• Connection possibility of HPLC enables specialization of selected elements

• Collisional reaction cell for matrix interference removal

• Assessment possibility of most elements in periodic table, in ultra-trace concentration

• Detection limits from 0,5 ppt

(HPLC)- ICP-MS NexION 3000D, Perkin Elmer

Department of nanomaterials in natural sciences


Weight spectrometer with inductively bound plasma

• Collisional reaction cell for matrix interference removal

• Assessment possibility of most elements in periodic table, in ultra-trace concentration

Assessment of elements in trace concentrations (> 0,2 ppb)

ICP OES - spectrometer



Device for ion analysis in modification for assessment of standard ions (Cl-, F-, NO3

-, NO2-

, SO42-, PO4

3-) in water solutions ranging from pH 0-14

• With manual injection

• Range of detection 0,5 mg/l

Technical parameters:

• Isokrat pump

• Conductivity detector (0 –10 mS)



• Assessment of residual pesticides, hormonal disruptors in ultra-trace concentrations

• Used in municipal, industrial and drinking water analysis

GC MS MS



Gas chromatograph with:

• weight detector

• flame – ion detector

Auto-sampler Combi-Pal for dosage of fluid samples even for head-space technique

Routine assessments:

• volatile organic compounds

• pesticides

Assessment possibility of whole range of other analytes, by the need of research programs and customer requirements

GC/MS/FID Saturn 2200, Varian



Gas chromatograph with two flame-ion detector

Possibility of conducting a confirmation analysis simultaneously in two columns with different phases

Auto-sampler for dosage of fluid samples

Routine assessment:

C10-C40

Possibility of implementation of next analysis by the need of research programs or customer requirements

GC/FID Autosystem XL, Perkin Elmer



Gas chromatograph with:

• heat conduction detector

• flame-ionization detector

Possibility of on-line analysis of gas samples

Possibility of kinetic event study in closed systems with gas phase

GC/FID/TCD Clarus, Perkin Elmer



Fluid chromatograph with detector:

• (DAD)

• ELSD

Pump with quaternary gradient

Routine analysis:

• analysis of organic acids

• analysis of surface active compounds

Possibility of assessment of whole range of other analytes by the need od research projects of customer requirements

HPLC UltiMate 3000, DIONEX



• Measurement of gene level expression

• 16S or 18S rRNA

• Automatic data storage



• Sequence of gene

• Screening of mutations

• Identification of organisms

• Identification of transcripts

Sequenator



• Sequence of gene

• Screening of mutations

• Identification of organisms

• Identification of transcriptors

Next Generation Sequencing



Emission spectrometer with with inductively bound plasma

• Axial and radial plasma observation

• Range 160 – 900 nm

• Possibility of peak deconvultion

Assessment of most elements in periodic table even in trace amounts

Detection limits in tenth of ppb

Connection possibility of hydroid (As, Se, Sb,…)

ICP-OES OPTIMA 2100 DV, Perkin Elmer



Technical data:

Transportable photometer for laboratory and field

Range of wave-length 340 – 900 nm

Width of rift 5 nm

Working mode:

• penetrability, absorption, concentration

• 50 user programs

• programs for bar code

Adapter:

• Classic 1 cm, 5 cm,

• Circular diameter 13 mm

Cuvetter tests Hach-Lange

Spectrophotometer DR 2800, Hach-Lange



Technical data:

Photometer UV/VIS for lab work

Range of wave lengths 340 – 900 nm

With of the rift 5 nm

Working modes:

• penetrability, absorption, concentration

• one wave length, move wave lengths, scan, timescale

• 50 user programs

• programs with bar codes

Adapter:

• Classic 1 cm, 5 cm,

• Circular diameter 13 mm

Cuvetter tests Hach-Lange

Spectrophotometer DR 2900, Hach-Lange



• For standard decomposition of CHSK, TOC, P and heavy metals for cuvette tests

• Preset temperature modes even for possibility of ones own programing

• Cuvette tests Hach-Lange (bar codes for differentiation of assessed compound and concentration range

For general photometric assessment

F-, NO3-, NO2

-, SO42-, PO4

3- , CHSK, TOC,

Fe2+/Fe3+ , AOX, fenols… )

LT 200, Hach-Lange Digital thermo-reactor



190 – 1100 nm

two-ray

width of the rift 0,5- 4 nm

Operation modes:

• kinetics

• concentration

• spectral

• more wave lengths

Cuvettes:

• Continuous 10 mm

• Standard to the length of 100 mm

Lambda 35, Perkin Elmer UV/VIS Spectrophotometr



Device for measurement:

• size of particles by method DLS (laser 633nm), from 0,6 nm – 6 µm

• molecular weight by method SLS, from 1000 - 2x107 u

• zeta potential by method Laser Doppler electrophoresis, from 5 nm – 10 µm

Auto-titration MPT-2

One-shot plastic, even silicon measuring cell

ZETASIZER ZS, Malvern



Technologická zařízení


Technical data:

Optical scanner REVscan 3D digitizing, inspection, dimension & shape measurement

Weight 980 g

Dimensions 160 x 260 x 210 mm

Number of meas. Up to 18 000 in second

Volume 100 x 100 x 100 mm až 1 x 1 x 1 m

Zone in depth 300 mm

Point density 0,2 mm – 2 mm, dle měřeného objemu

Accuracy Up to 50µm

Department of prototype technology and processes



• Scanning range: 360° x 300°

• Radius: 50-80 m

• Max. resolution 0,002°

• Scan speed: 54000 point per second

• Length accuracy: 1,2 mm on 30 m

Application of software Trimble RealWorks

• Colouring of points cloud & areas due to photography

• Manipulation wits points cloud

• Creation of wire model

• Creation of cross section, Calculation of volume

Mobile 3D laser scanner Trimble CX 3D digitizing & process modeling of large objects, workshop halls, machines,

buildings, cultural monuments



A very accurate measurement is available on CMM, based on solid granite table, enabling fixation of piece. The dimensions are taken by contact probe with calibrated stylus. Data of coordinates are registered in PC and by special software decoded and processed onto required dimension information. These are transformed into text file.

Parameters :

Accuracy : 0,005 mm

Measuring range: 400x600x400 mm

Output: *.txt file

Coordinate measuring machine (CMM) Dimension & contour measurement




The device uses touch point, for surface capturing, located at the end of the arm. The computer precisely records location of the point at when pedal is pressed . Measuring software Rhinoceros then creates picture of the object in a form of either individual points, curves or whole areas.

Parameters:

Accuracy: 0,23 mm

Range: 60 cm

Output: CAD data

MicroScribe 3DX Dimension & contour measurement



• Monochromatic sensor CMOS

• Maximal resolution 1280x1024

• Recording in full resolution up to 2000 fps

• Maximal speed of recording 100 000 fps

• Control by CDU unit or PC

• Possibility of synchronized analog data recording for video recording

• Software for video analysis

3 OLYMPUS I-Speed High-speed recording video camera

Fast event analysis

Department of machinery construction, nanofibres and nonwoven materials


Technical parameters :

• Max. measurable speed of vibrations is 10 m.s-1

• Max measurable frequency 40 kHz.

• Accepts hardware trajectory analysis and speed of scanned points (areas)

• Fully automated scanning of web of points (512x512) with automatic focus during the scanning process

• Synchronization of real video with location of measured points by video camera

Polytec PSV 400 Vibration analysis and body movement

Laser-scanning vibrometer




• Machine diagnostic without necessity of disassembly (bearings, cooling, electro-wiring, heat-checking)

• Usable at construction

– (heat losses, water leaks, electric and water paths)

• Fast evaluation, even based on visual comparison

• Possibility of dynamic event monitoring

• Temperature range -20 až 650°C

Termography FLIR – 335 Technical diagnostics



Specifications:

• maximum power: 190 kW

• maximum torque: 600 Nm

• maximum speed: 10 000 min-1

Eddy current dynamometer Schenck WT 190



Specifications:


• maximum torque: 400 Nm


Eddy current dynamometer Schenck WT 150



Specifications:

• max. power (motor/generator): 235 / 250 kW

• maxi. torque (motor/generator): 460 / 480 Nm


Asynchronous dynamometer ASD 235 M250



Specifications:


• maximum torque: 3 000 Nm


Hydraulic dynamometers Schenck D 700



Specifications:

• Type: 48 inch chassis dynamometer

• Serial No.: V6000

• Max. test speed: 200 km/h

• Max. tractive force: 3000 N

• Max. absorption output: 100 kW

• Max. motor output : 100 kW

• Roller diameter: 1,219 m (48 inches)

• Basic inertia: 2995 lbs.

• Additional flywheel mass: 1980 lbs.

• Min. vehicle mass simulation: 2000 lbs.

• Max. vehicle mass simulation : 6000 lbs.

Froude Consine, Worcester, England Cylindrical emission break




• Possibility of testing vehicle with 4x4

• Possibility of testing the entire drive train (engine - gearbox - axle drive - axle shaft - wheel)

• Front axle – 2 piece Dynamometer 136 ADG 288WP; 136kW / 500min-1 / 2598Nm; 120kW / 2600min-1 / 440Nm

• Rear axle – 2 piece Dynamometer 111 ADG 286WP; 111kW / 500min-1 / 2120Nm; 80kW / 2600min-1 / 294Nm

Powertrain - TES Vsetín


• System for indication of pressures Indimeter from the company AVL 619 AVL Graz , the device can be used to:

• Monitoring the pressure in the cylinder and combustion analysis - high indication

• Monitoring the pressure in the intake (exhaust) pipes - low pressure indication

• Possibility of using for petrol as well as diesel engines,

• To obtain the following parameters: maximum pressure, indicated mean effective pressure, burning rate, etc.

• Comparing records with different types of engines and time division

• Statistical analysis and off-line viewing results.

AVL Indimeter 619 Indication technology



Automatic hardness and elastic modulus calculation

• Statistical analysis functions (average & std deviation)

Nanoindentation:

• load range - 0,1-500 mN

• Berkovich diamond indenter

Microindentation :

• load range– 10 mN-10 N

• Vickers diamond indenter

Measurement of the hardness CSM Instruments



Automatic calculation coefficient of friction.

• Statistical analysis functions (average & std deviation).

• The depth of the pin or ball in contact with the sample could be continuously monitored during a tribometer test.

Specifications:

• temperature range – up to 1000 °C

• load range – 1 – 50 N

• rotation speed – up to 3000 rpm

• ball holderdiameter – 6 mm

• pin holder diameter– 6 mm

• chamber with inert gas.

High-temperature tribometer – BRUKER Measurement of friction and wear




Automatic measurement of acoustic emission and coefficient of friction.

• measurement of acoustic emissions during sample evaluation, measurement of friction strength and friction coefficient

Specifications:

• Load range – 5 mN – 240 N.

• Video microscope - optical objectives: 40x, 100x, 200x.

• Rockwell diamond indenter.

Scratch test BRUKER Measurement of adhesion of thin layers



• Max. capacity 2,5 kN

• Length of crosspiece 1400 mm

• Area between pillars 405 mm

• Range of speed, from 0,005 to 2500

mm/min.

Accessories:

• Sensor for strength 5 N, 100 N and

2500 N

• Tensile pneumatic parts TH108

• Noncontact extensometer 100R

• Friction factor assessment FT200

TINIUS OLSEN H2K5T High-speed universal testing machine

Measuring of strength and friction attributes

Department of robotic systems and mechatronic systems




• Thermal range -40 to +180 °C

• Inner dimensions: 500500400 mm

• Temperature gradient: 6 K/min (IEC 60068-3-5)

• Operated by inner control mechanism of from the PC

Thermal chamber CTS T-40/100 Thermal tests of electronic modules



Instron CEAST 9350 Impact testing device.

Device for testing of material mechanical attributes in high speed deformation, crash tests of parts and construction sets. Basic specification by norms EN ISO 6892-1, ISO 6603, ISO 7765, ASTM D3763, ASTM D5628, ASTM, D2444, ISO 179-1, ISO 179-2, ISO 180, ISO 8256, ISO 11343, ASTM D256, ASTM D6110 + equivalent standards

Max. strength pull/pressure 90 kN

Surge energy 1800 J

Max. load speed 24 m/s

System of reduced surges pneu




Technical data:

Gleeble System 3500 Hydrawedge II Simulator of temperature deformation of materials

Creation of IRA and ARA diagrams (CCT, TTT)

Testing of material weariness during increased

temperature

Measurement of creep attributes up to 1300°C

Measurement of mechanical attributes up to 1300°C

Study of melting and solidification

Study of recovery and crystalizattion

Simulation of temperature treatment up to 1300°C

Max. speed of heating up 10000°C/s

Max speed of cool down 6000°C/s

Max. static stress 100 kN


One-axis high-speed stress testing, crash test simulation

Technical data:

• Horizontally places hydro motor 6 x 4m

• Lift 400mm

• max strength 35kN

• max speed 15m/s on the track max 170mm (according to additional mass)

• Specially placed piston with low friction

• Onaway wakeup signal

Fast event Hydro-motor

Department of applied mechanics


Realization of general 3D movement or power vibrations

• six hydraulic motors placed in hexapod system

• vibro-insulation of base desk

• two universal anchoring beams

• max lift ±70mm, max rotation ±17°,

Max acceleration 8G

• specially placed piston with low friction

• for very precise reproduction wanted

• warning signals

• periodic, random, real warning signals

Hexapod



Compact testing machine with one vertical hydraulic motor

• max lift 100mm, max strength

• 250kN, max speed 0,1m/s

• one-shot, periodic, random, real warning signs

• hydraulic controlled clamping jaws

• adjustable crosspiece

Shredder FU250


One-axis stress load testing


Compact device for one-axis stress testing of small components

• individual anchoring groove desk 2 x 1m

• one horizontally placed hydraulic motor

• max lift 100mm, max strength 25kN, max speed 1m/s

• one-shot, periodic, random, real warning signals

One-axis stress device



Realization of testing in various temperature and humidity conditions

• standard climatic tests in the chamber 0,8 x 0,8 x 0,7m

• temperature range -70°C to 180°C, humidity 10 to 98% for temperatures 10 to 95 °C

• combination of stress and climatic test in external stress box

• temperature range -45°C to 140°C, humidity 10 to 98% for temperatures 10 to 95 °C

• external box 1 x 1 x 0,5m for one or two-axes stress testing in connection with hydro motors of multitasking stress device, max strength 10kN

• external box 0,8 x 0,4 x 0,35m for general space stress testing with connection to hexapod, max strength 5kN

Air-conditioned chamber with external stress box



Electromechanical vibration device for static measurements

• max lift 400mm, max strength 6kN, max speed 5mm/s

• electromechanical vibration device for dynamic measurements

• max lift 250 mm, max strength 10kN, wakeup frequency 0,5 - 25 Hz

• electromechanical vibration device for long-life measurements

• max lift 20 mm, max strength 10kN, wakeup frequency 1 -15 Hz

Electro vibration device



• Identification of visco-elastic material attributes of polymers and composite structures

• creep attributes of polymers

Q800 Dynamic-mechanical analyzer



Electromechanical vibration device for static measurements

• max lift 400mm, max strength 6kN, max speed 5mm/s

• electromechanical vibration device for dynamic measurements

• max lift 250 mm, max strength 10kN, wakeup frequency 0,5 - 25 Hz

• electromechanical vibration device for long-life measurements

• max lift 20 mm, max strength 10kN, wakeup frequency 1 -15 Hz

Electro vibration device




Technical parameters

• Non-instrumented pendulum impact tester

• Impact energy of pendulums – 0.5, 1, 5, 7.5, 15, 25 a 50J

• Impact velocity 2.9 - 3.8 m/s

• TestXpert II Standart Test Program – transmission and processing of data by marking, time, temperature and statistic evaluation

Application

• Determination of impact or notch toughness of plastics and composites according to EN ISO 179-1

• Determination of notch toughness of metals and alloys according, dimension of specimen – 4x3x27 mm

• Effect of temperature on impact or notch toughness of plastics and metal materials

Pendulum Impact Tester Zwick HIT50P Measurement of impact and notch toughness according to Charpy



• Sound absorption coefficient ASTM E1050–08

• Transmission loss ASTM E2611–09

• Frequency range 50 – 6400 Hz

• Circle samples with diameter of 29mm a 100mm

Impedance gauge Measurement of acoustic attributes ČSN ISO 10534-2

Department of nanotechnology and informatics



• Intended for areal filtration materials

• Measured variables:

• Filtration efficiency

• Change of pressure descent

• Ability to clean by regressive pulse

• Resistance of material against long-term pressure pulses and temperature

• Temperature range: 20 – 250°C

• Sample size: 100 cm2

• Regressive pulse: 0-0,6 MPa

Testing of hot exhaust gasses Device for testing of cleanable filters by norm VDI/DIN 3926, ASTM D6830-

02 a ISO 11057



Technical data:

• Intended for areal materials used for highly efficient filtration

• Norm: EN 1822

• Size of particles: 120 – 2000 nm

• Flow: 0,5 – 16 m3/h

• Pressure descent: 10 – 2500 Pa

• Sample size: 100 cm2

MFP 1000 HEPA, PALAS GmbH Testing of HEPA filters




• Reverse engineering – quick and precise digitalization of real parts or hand made models, transfer to 3D CAD data for additional use.

• Documentation and archiving of data, used for historical artifacts, statues and reliefs

• Control of size, analysis and inspection- graphic comparison of CAD model and scanned data (color map of variance, cuts, proportions and location (GD&T)), measuring of thickness of metal plates etc.

• Possibility of constitution choice (Best fit, RPS body, 3-2-1).

• Output protocol of measurements (PDF, HTML).

• Digitalization of parts ranging from centimeters to meters

• Precision of measurements up to 0,03 mm

• High density of data: up to 28 points / mm2 and 1,4 million points on 1 scan

Optical scanner ATOS II 400 3D measurements and digitalization


Microscope and visualization equipment


System for direct monitoring of a process in internal combustion engine - AVL VISIOSCOPE, part of the device is an optical measuring device for measuring the temperature (Temperature VISIOFEM TIVFEMT.00) in the equipment are two camera systems PixelFly and DICA Pro.

The modular concept of the system can be used for:

• analysis of homogeneous combustion flame

• monitoring of processes in the intake pipe

• synchronization with Indication technology,

• possibility of processing data and compared the results for different engines.

Visualisation techniques



• UHR SEM • 0,8 nm @ 30 kV (STEM mode)

• 0,8 nm @ 15 kV

• 1,6 nm @ 1 kV

• AV 0,020-30 kV

• PC 4pA-20nA

• InLens SE det. (for max. resolution)

• InLens EsB det. (BSE )

• Chamber SE det. (topographic contrast)

• Cap-mounted AsB det. (BSE orientation)

• STEM det. (BF, DF, ODF)

• Charge-compensator (for analysis of el. resistant samples without the necesity of surface modification

Carl Zeiss ULTRA plus



• In-Lens SE detector pro max. resolution

• In-Lens EsB detector for BSE capture according to the energy

• Integrated AsB detector for capturing of BSE according to the angle

• Complete micro analytic base EDS + WDS + EBSD (OXFORD)

• Possibility od 3D image through 4-quadrant AsB detector

Resolution : 1nm @ 15 kV

1,6 nm @ 1 kV

Magnification 12 – 1 000 000 x in SE mode

Acceleration voltage: 0,02 – 30 kV

UHR FE-SEM Carl Zeiss ULTRA Plus



• Biological x Material SPM

• AFM

• MFM

• STM

• CAFM

• Nanolitography

• Nanomanipulation

• Force-spectroscopy

• Heating-Cooling Modul

• Direct Overlay (corelation with optical picture)

JPK Nanowizard III




Main area of use:

• Design of industrial applications for 2D and 3D

scans, optimal lighting parameters, cameras,

software tools ect.

• Development of software for picture analysis

of technological scenery, surface analysis and

quality of products.

Accesories:

• Industrial NI VISION SYSTEM (control unit)

• Lens with focus range 2 to 100 mm

• Set of lights

Monochromatic (2D) camera BASLER PILOT VGA piA640-210gm Colour (2D) camera BASLER PILOT 5MP piA2400-17gc

Monochromatic 3D camera


Parameters:

• Pictures only in reflected light

• Possibilities: light and dark field

• Scope of magnification: 5, 10, 20, 50, 100

• System enables real-time projection of viewed sample on the monitor

• Resolution of the video camera: 3635 x 2723 px

Other accessories:

• Software for image analysis (Quick Photo, Lucia)

• Module for connection of pictures into one final focused photo (Deep Focus)

Olympus BX51M Material optical microscope with camera

Department of nanomaterials in natural science


Parameters: • View in reflected and transparent light,

possibility of using fluorescence

• Light, dark field, phase contrast

• Objective magnification: 2,5 - 5 – 10 – 20 – 40 – 63 – 100

• Resolution of the camera: 1388 x 1038 px (black and white, colour camera)

• real-time projection of viewed sample on

the monitor

Additional accessories: • Software image analysis (AxioVision)

• Modul for connection of pictures into one

final focused photo (Deep Focus)

AXIO VISION IMAGER M2 Zeiss Fluorescent microscope for biological, medical and material research

Department of nanomaterials in natural science


Carl Zeiss Axio Imager M2M

• Reflected light - BF, DF, C-DIC

• Z-Stack, Mosaix, Panorama

• 3D, visual analysis

• Correlative microscopy (LOM/SEM)

Optical microscopes Carl Zeiss Axio Imager M2M and Carl Zeiss Axio Observer A1

Carl Zeiss Axio Observer A1

• Walk-through light – BF, PC

• Reflected light – FL

• Direct Overlay – picture correlation with SPM



Technology equipment


• System Objet modelling from ABS-like material for larger and accurate models.

• Maximal dimensions : 490 x 390 x 200 mm

• Layer thickness: 0,016 or 0,03 mm

• Accuracy: 0,1 mm

• A vast range of materials ABS-like, is available e.g. rigid, clear, elastic up to 96 different materials.

• Model & prototypes are firm, dimension stabile, easy for surface adjustment. Models are useful for visualisation, testing, assembly tests as well as functional parts.

3D printer Objet Connex 500 3D print – technology PolyJetMatrix

Department of prototype technologies and processes


• System Stratasys, for quick modeling from ABS materials

• Maximal dimensions: 203 x 203 x 305 mm

• Layer thickness: 0,25 nebo 0,33 mm

• Accuracy: 0,1 mm

• Models & prototypes from ABS materials are firm, stabile & easy for surface adjustment…

• Models are useful for visualization, testing, assembly tests as well as functional parts.

3D printer Dimension sst 768 3D print – technology FDM



• Vacuum casting system MK for Rapid Prototyping a Rapid Tooling.

• Maximal dimensions : 450 x 470 x 400 mm

• Max. weight: 1,4 kg

• Development of silicon moulds & patterns.

• Simple method of prototype production before making expensive metal tool.

• Vacuum casting resins allow similar features as most of plastic or other materials.

• Casted parts may serve to mechanical testing, shape checking, customer evaluation etc.

MK - Mini Vacuum casting chamber



Technical data:

• 5 simultaneous axis – X, Y, Z, B, C

• Tool clamping in indexed milling spindle

• Tool holder Capto C6

• Hollow in spindle Ø 44 mm

• Rapid 30 m/min, C axis 555 ot/min

• Feed 2 m/min, C axis 2000 °/min

• programming – workshop MAZAK Mazatrol, a EIA/ISO standard

Mazak Integrex 100-IV Turn-mill machining centre

C

X

Z Y B

W (NC koník)

Max. work Ø dia. (axis X) [mm]

Max. work length (axis - Z) [mm]

Cross feed (axis – Y) [mm]

Tool head swing (axis B) [°]

Max. spin speed [rpm]

Max. tool speed [rpm]

545 570 ±70 -30/+195 6000 12000



Oddělení prototypových technologií a procesů

• System Lao for cutting of different material sheets.

• Fibre glass- ytterbium laser, wave length 1080nm

• Cutting of steel sheet mat. up to. 4 mm

• max dimension 1000 x 1000 mm, cut general 2D shapes CNC controlled

Lao 400W Laser cutting system

Technical data NS 1WS500U

Length of fiber spinning electrode 500mm (7,87’’)

Maximum tension for fiber spinning electrode

positive 60 kV DC

Maximum tension for collecting electrode

negative40 kV DC

Maximum potential difference 100 kV DC Maximum power for fiber spinning electrode

5 mA

Maximum power for collecting electrode

7,5 mA

Air-flow max.200 m3/h


Oddělení konstrukce strojů, nanovlákenných a netkaných materiálů

The device uses principle and technology of electric fiber spinning. Uses solutions of polymers in electrostatic field of high voltage for production of nanofibers. High voltage is generated between two electrodes. Both electrode are connected to the high voltage source.

The difference between traditional needle-electric fiber spinning and NS is no use of needles, rather usage of free polymer level on the surface of fiber spinning electrodes.

NS line 1WS500U - Nanospider Industrial production of nanofibers


Oddělení přípravy a analýzy nanostruktur

• Combined sputter coater / carbon coater for deposition of thin conductive layer on SEM samples

• Layer thickness monitor

Quorum Q150R ES


Technical data:

PIM (CIM, MIM) – Powder Injection Moulding Injecting machine ARBURG 270S 400-100 with robot kiln for process CIM,

MIM


Plastification performance (PS) 8 kg/h

Injected amount 100 cm3/s

Lift capacity 49 cm3

Max. weight of product (Euromap 19) 45 g

Specific injected pressure 2000 bar

Closing strength 400kN

Opened moulding device range 350 mm

Built-in hight of form min 200 mm

Size of clamping plates 380x380 mm

Distance between columns 270x270 mm


Technical data:

Folding press AHPS CNC folding press AHPS 2104 x 60 output 5,5 kW.

Length of folding ledge: 2000 mm

Max. strength of press 640 kN

Folding instruments:

Multimatrix for angles 85°and 88° in full length of press Multimatrix for sharper angles 60° in full length of press Upper instrument for angles around 90° in full length of press Upper instrument for sharper angles in full length of press Hemming instrument – upper and lower set in length 800



Technical data:

11016S CLASIC CZ High temperature electric resistance kiln

High temperature electric resistance kiln designed for temperature processing materials to 1550 °C by resistance heating.

Kiln is equipped with inert gas

• Outside dimensions: 1000 1100 2000 mm • Inner dimensions: 450 600 400 mm • Max. temperature 1550°C System of cooling by servo controlled drop manually or programmable from regulator, air flow • Gas management rotametr • Usable gas argon, Natrium, CO2 • Speed of heating: max. 200°C/h, mn. 10°C/h • Speed of cooling: max. 150°C/h, min. 10°C/min • Speed of start and cooling: adjustable by

0,1°C/min



Technical specifications:

Vacuum deposition chamber in the shape of a cylinder: inner diameter 411 mm, height 393 mm

RF generator 13,56 MHz, max. power – 2000 W

Magnetrons HV– 3 pieces:

• typical operating conditions AC, DC, pulsed, RF,

• possibility of changing the angular position of each magnetron

• possibility to change the position of each magnetron up and down

• power supplies for magnetrons :

• regime: AC, DC pulsed

• max. power 1000 W

Measurement of sample temperature using a thermocouple (max.1000 ° C)

pieces of gas mass flow controllers

Vacuum deposition chamber - RF PACVD/MS Radio Frequency Plasma Assisted Chemical Vapour Deposition/Magnetron

Sputtering



Radio Frequency Plasma Assisted Chemical Vapour Deposition/Magnetron Sputtering

Vacuum deposition chamber - RF PACVD/MS



Other equipment



Software possibilities:

• Ability to solve multipoint of static and dynamic tasks, linear a non-linear tasks, movement analysis of rigid and flexible objects, contact analysis of flexible objects and contact tasks of 3D objects.

• „Assembly“ option of mechatronic controlled system in 3D model (creation of virtual control system for CAD model controlling) eventually possibility of controlling of 3D model by block patterns

Simulation and advanced movement analysis MD Adams (Multidisciplinary simulation system for modern technical fields )



Two independently adjustable ion sources

High energy operation for rapid milling

• Low energy operation for sample polishing

• Individual, automatic ion source gas control

• Continuously adjustable milling angle range of 0° to 10°

Sample rocking or rotation

Stereo microscope for direct sample observation

Ion Milling system SEM Mill 1060


Technical parameters KR 16 / KR 90:

• weight limit 16 kg / 90 kg

• Range 1611 mm / 2700 mm

• Additional load on 3. axis 10 kg / 50 kg

• Repeatable precision 0,05 mm / 0,06 mm

• Number of degree of freedom 6

Main area of use:

• Testing of technological, manipulative and

montage operations before manufacture

KUKA KR 16 a KR 90 R2700 Industrial robots with joint structure

Department of robotic systems and mechatronics systems



• Weight limit 5 kg

• Range 550 mm

• Lift v ose z 320 mm

• Repeatable precision 0,02 mm

• Degrees of freedom 4

• Absolute measuring position

Main area of use:


montage operations before manufacturing

process

Industrial robot with SCARA structure KUKA KR 5 scara




• Weight limit 1 kg

• Range (average) 1130 mm

• Integrated video camera systém

Main area of use:


montage operations before manufacturing

process.

ABB IRB 360 FlexPickerTM Industrial robot with paralel structure




• Thermal ink print HP

• Media format A4 to A0+ (1118 mm)

• Max. resolution 2400x1200 dpi

• Min. width of the line 0,06 mm

• Max. thickness of the media 0,8 mm

• Speed of printing A1 39 s

Designjet T790 ePrinter, 44” (CR649 A) Large format colour printer





• Output 6 kVA (2 kVA on phase, 1 kVA on phase in DC)

• Voltage range 0 – 300 V RMS

• Max. power 8 A (RMS)/ 48 A (peak)

• Frequency DC, 15 – 1200 Hz

• Simulation of any process based in range

• The advantage is definability of process/breakdown and absolute repeatabilityy

Examples:

• Testing of suply sources 1 i 3f (consumption characteristics, efficiency, EMC decline of voltage by ČSN EN 61000-4-11)

• Testing of electric resistence

Chroma 61704 Programmable tree-phase output source

0 256 512 768 1024-250

-200

-150

-100

-50

0

50

100

150

200

250TS1211_raz20080115_temp18_pomalu4.mat

start = 480

raz ampli. = 0.8

raz frekv. = -10

raz utlum = 0.015


PC laboratory (highly equiped workplace for construction, research and developement CAD softwar (university licence) • Catia V5 • Pro/Engineer, Creo • Inventor, Mechanical Desktop Solidworks

Simulation programs (university licence) • Ansys, Ansys Workbench • Altair Hyperworks • Comsol Multiphysics, Matlab • Pam Crash, Abaqus • Adams, Marc

Software base




Dynamics snapping of composite textile

• Fall-test for speed 8m/s (28,8 km/h)

• Complex study of rift enlargement with modeled simulation

Study of rift management – steel reinforcement of the bath

Research of contacts between two wires

• Model simulation according to structural theory

• mechanics, wire geometry ø 0,1 - 1mm

Increase and optimization of effectively of the electrical field

Useful for



Use of the software: • Export of data into neutral formats (for

example: STEP, IGES, Parasolid, STL, WRMOL, OBJ).

• Export of parametric data into CAD programs (for example.: SolidWorks, Autodesk Inventor, Pro/E).

Use: This specialized software provides intelligent solutions for transformation of data scanned in 3D on a very precise polygonal net and consequently in native CAD models for reverse engineering, precut design, rapid prototyping and analysis. .

Geomagic STUDIO 2012 3D measurements and digitalization

Transfer of clouds into points on polygonal

net, work with polygonal net.

Transfer of polygonal net to a precise NURBS

plane.

Analysis of scanned model and definition of

individual analytical surfaces – creation of

areal/volume model used in CAD/CAM systems



• Quantification of biodegradable activities

• Kinetic assessment of biochemical reactions

• Assessment of degradability of xenobiotic

• Toxicity assessment on different kinds of life organisms (from bacteria to a rabbit)

Respirometry

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