T: +351 273 310 300 / 301 E: info@brigantia-ecopark.pt
 
pt | en

 
O PCT “Brigantia-Ecopark” pretende aproveitar os recursos e a envolvente universitária para desenvolver oportunidades de colaboração entre as empresas e as instituições do SCTN, através de projetos de I+D+i.


O PCT “Brigantia-Ecopark” pretende cultivar a excelência e atualizar o conhecimento nas áreas estratégicas, utilizando emprego qualificado.


O PCT “Brigantia-Ecopark” assumirá igualmente um papel decisivo na dinamização e incremento das atividades de I+D+i. Nessa medida espera-se potenciar a criação de conhecimento, patentes, a colaboração em redes institucionais (universidades, laboratórios associados e outras entidades do SCTN), o desenvolvimento da atividade de I+D+i nas empresas, a colaboração com pólos de competitividade e grupos especializados.


ESPAÇOS PARA LABORATÓRIOS


O PCT "Brigantia-Ecopark" está preparado para acolher laboratórios na atividade principal das áreas estratégicas. O edifício principal possui 23 espaços modulares para laboratórios com quatro principais tipologias (10 espaços com 56 m2, 4 salas com 40 m2, 8 espaços com 50 m2 e 1 espaço desenvolvidos em altura, com 110 m2), distribuídos pelo nível 1 e nível 2. Estes espaços são modulares e podem ser adaptados às necessidades das empresas e do PCT (ver áreas).
 

SERVICES FOR GENERIC CLUSTERS

3D RAPID PROTOTYPING

Rapid Prototyping is able to provide fast turnaround 3D printing and sample prototyping services for internal and external tech base companies. 3D printing or rapid prototyping will facilitate the production of new or modified products directly from 3D designs. This drastically changes conventional business models by extending the boundary of design and production to quickly respond to the dynamic change in customer demands.

Objet Eden professional 3D printers work with 15 materials to deliver outstanding precision and productivity, including: Transparent materials for producing clear models with great dimensional stability and surface smoothness, rigid opaque materials (Vero family) in a variety of colors including white, gray, blue and black, Simulated Polypropylene materials with toughness and durability to create smooth prototypes with living hinges, flexible closures and snap-fit parts, Rubber-like materials (Tango family) suitable for a range of applications requiring non-slip or soft surfaces, High Temperature (RGD525) for advanced functional testing, hot air and water flow, and static applications (models with thermal resistance and dimensional stability).

This model (Stratasys Eden260V) is the first system to offer PolyJet technology with soluble support. Automated support removal reduces hands-on labour and reaches internal voids that water-jetting can miss, making it ideal for models with delicate features or hard-to-reach cavities.

The Objet Eden260VS builds parts directly from digital files two times faster than other lowest-priced PolyJet solution. Plus, it takes workflow automation a step further with soluble support material that dissolves easily from tiny cavities, overhangs and crevasses.

 

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MODEL Object EDEN260VS - STRATASYS
NET BUILD SIZE
LAYER THICKNESS
BUILD RESOLUTION
ACCURACY

WORKSTATION COMPATIBILITY
NETWORK CONNECTIVITY
SIZE AND WEIGHT
JETTING HEADS
POWER REQUIREMENTS
OPERATIONAL ENVIRO. TEMPERATURE
OPERATIONAL ENVIRO. RELATIVE HUMIDITY
255 × 252 × 200 mm
Horizontal build layers as fine as 16 microns
X-axis: 600 dpi; Y-axis: 600 dpi; Z-axis: 1600 dpi
20-85 microns for features below 50 mm; up to 200 microns for full model size (for rigid
materials only, depending on geometry, build parameters and model orientation)
Windows 7 32/64-bit
LAN – TCP/IP
870 × 735 × 1200 mm; 264 kg
SHR (Single Head Replacement) 8 units
110–240 VAC 50/60 Hz; 1.5 KW single phase
18 C-25 C
30-70%

 

ADVANCED MONITORING AND CONTROL FOR LABORATORIES

LABORIAL advanLab® is a centralized automation system for laboratories that integrates the core needs of monitoring and control existing in these areas: operating parameters, safety, energy, air quality control and maintenance. A part of the system consists in a software which allows users monitoring and control of different variables/parameters of the equipments, laboratory rooms, floors and the whole building in real time, and intuitively. This software allows setting different limits of alarms for each variable, establishing how to alert the user in the case of alarm (SMS, email, visual or audible), view parameters' graphics and statistic data, and export data in many formats (.csv, .pdf, .doc, .xls). The other part of the system, which allows data acquisition and actuation, consists in a network of transmitters with wireless communication and powered by battery.

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Sensors should be applied in 3 shared laboratories using for each laboratory: 2 temperature probes, 1 humidity sensor, 1 gas detector sensors (CO2), 1 air quality sensor and 1 Sensor detection of water leaks, 3 sensors power consumption control by existing electrical equipment.

UNIVERSAL TESTING MACHINE

The universal machine INSTRON 3382 floor model, testing system is suited for tension, compression, peel, flex, and other applications with maximum testing load up to 100 kN.

The universal machine INSTRON 3382 has: Automatic recognition and calibration of load and strain transducers, Preloaded ballscrews, precision guidance columns, and a symmetrical drive, Extensive range of accessories to meet test requirements in almost any application or industry: plastics, metals, biomedical, composites, elastomers, components, automotive, aerospace, textiles, and more; Self-diagnostics expedite troubleshooting and minimize downtime.

The universal machine INSTRON 3382 has force measurement accuracy: meets or exceeds the following standards: ASTM E-4, BS 1610, DIN 51221, ISO 7500/1, EN 10002-2, JIS B7721, JIS B773 e AFNOR A03-501.

The universal machine INSTRON 3382 has strain measurement accuracy: meets or exceeds the following standards: ASTM E-83, BS 3846, ISO 9513 and EN 10002-4.

The universal machine INSTRON 3382 pickup data with sampling rate of 40KHz and transfers to computer at 500Hz with 4 channels synchronously.

The universal machine INSTRON 3382 has grips for tensile and compressive testing. Grips for rectangular samples up to 12 mm thickness, 50mm x 0-6mm, 50 X 6-12mm. Grips for circular samples up to 7 - 12,7mm, and 12,7 - 19mm. Plates for compressive testing with diameter up to 150 mm. Accessory for three and four bending points, using roller bearing supports with 10 mm.

The universal machine INSTRON 3382 has also a computer program (BLUEHILL LE) to help analyse the experimental results.

 

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MODEL INSTRON 3382
LOAD CAPACITY
MAXIMUM SPEED
MINIMUM SPEED
MAXIMUM FORCE AT FULL SPEED
MAXIMUM SPEED AT FULL LOAD
RETURN SPEED
TOTAL CROSSHEAD TRAVEL
TOTAL VERTICAL TEST SPACE
SPACE BETWEEN COLUMNS
HEIGHT
WIDTH
DEPTH
WEIGHT WITH TYPICAL LOAD CELL
MAXIMUM POWER REQUIREMENT VA 1,500
100 kN
500 mm/min
0.005 mm/min
50 kN
250 mm/min
600 mm/min
1235 mm
1323 mm
575 mm
2393 mm
1124 mm
779 mm
766 kg
1 phase

 

PHASED ARRAY FLAW DETECTOR

The OLYMPUS OMNISCAN MX2 is an important part of your inspection solution, and can be combined with other critical components to form a complete inspection system. Olympus offers a complete product range that includes phased array probes, scanners, analysis software, and accessories, all of which are integrated and packaged into rapidly deployable, application-specific solutions.

The OLYMPUS OMNISCAN MX2 typical Application is Weld Inspection. These phased array systems, which are certified for tube inspection in compliance with ASME, API, and other code criteria, offer superior inspection speed and detection, and facilitate interpretation of indications.

The OLYMPUS OMNISCAN MX2 is compatible with standard industry inspection codes, including, but not limited to: ASME Section V Article 4, All ASME phased array code cases, ASTM E2700-09, ASTM E2491-06, AWS, API 1104 and API RP2X, CEN EN 583-6, BSI BS7706 … and more.

The OLYMPUS OMNISCAN MX2 works with the following probes: Standard Phased Array Probe, 5 MHz Linear Array, 16 Elements, 9.6x10 mm Total Active Aperture, 0.60 mm Pitch, 10 mm Elevation; Standard Phased Array Probe, 1 O MHz Linear Array, 32 Elements, 9.9x7 mm Total Active Aperture, 0.31 mm Pitch, 7 mm Elevation; Standard wedge for phased-array probe A 1O, normal scan, 0-degree longitudinal wave, plain wedge; Standard wedge for phased-array probe A10, normal scan, 55-degree shear wave, plain wedge.

 

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MODEL OLYMPUS OMNISCAN MX2
OVERALL DIMENSIONS (W X H X D)
WEIGHT
STORAGE DEVICES
DATA FILE SIZE
USB PORTS
SPEAKER OUT
VIDEO OUTPUT
ETHERNET
ENCODER
DIGITAL INPUT
DIGITAL OUTPUT
ACQUISITION ON/OFF SWITCH
POWER OUTPUT LINE
ALARMS
ANALOG OUTPUT
PACE INPUT
DISPLAY SIZE
DISPLAY RESOLUTION
DISPLAY BRIGHTNESS
DISPLAY NUMBER OF COLORS
DISPLAY TYPE
BATTERY TYPE
NUMBER OF BATTERIES
BATTERY LIFE
OPERATING TEMPERATURE RANGE
STORAGE TEMPERATURE RANGE
RELATIVE HUMIDITY
SHOCKPROOF RATING
325 mm x 235 mm x 130 mm
5 kg including module and one battery
SDHC card, most standard USB storage devices, or fast Ethernet
300 MB
3
Yes
Video out (SVGA)
10/100 Mbps
2-axis encoder line (quadrature, up, down, or clock/direction)
4 digital TTL inputs, 5 V
4 digital TTL outputs, 5 V, 15 mA
Remote acquisition enabled TTL, 5 V
5 V, 500 mA power output line (short-circuit protected)
3 TTL, 5 V, 15 mA
2 analog outputs (12 bits) ±5 V in 10 kΩ
5 V TTL pace input
26.4 cm (10.4 in.) (diagonal)
800 pixels x 600 pixels
700 cd/m²
16 million
TFT LCD
Smart Li-ion battery
1 or 2 (battery chamber accommodates two hot-swappable batteries)
Minimum 6 hours with two batteries
0 °C to 45 °C; 0 °C to 35 °C with 32:128 PA
–20 °C to 60 °C with batteries, –20 °C to 70 °C without batteries
0% to 85% noncondensing No air intake; designed for IP66
Drop-tested according to MIL-STD-810G 516.6

 

3D COORDINATE MEASURING SYSTEM AND SHAPE SURVEY FOR REVERSE ENGINEERING

The CREAFORM HANDYPROBE C-TRACK 780 arm-free probing system generates high-accuracy measurements (accuracy of up to 22 µm), and outperforms traditional portable Coordinate Measuring Machine (CMM) on the shop floor. The CREAFORM HandyPROBE portable CMM is currently used on the production lines of major players from the automotive, aerospace and manufacturing industries.

The CREAFORM HANDYPROBE C-TRACK 780 is: insensitive to changes in the environment (vibrations, part displacement, set-up or CMM instability have no impact); highly efficient at measuring parts that can’t be moved to a granite or cast iron table; ideal for geometric and surface quality control, it offers scanning capabilities when paired with a MetraSCAN 3D scanner; Part size range: 1-3 meters, any type of materials; Extendable measurement range up to 10 m; Truly portable and wireless.

The CREAFORM METRASCAN 210 offers increased measurement speed with equal accuracy. Its increased stand-off and depth of field make for enhanced scanning flexibility. It is ideal for large surface metrology and large-scale reverse engineering.

The software METROLOG X4 EVO (PACK OPTIC ARM GEOSURF ADVANCED) is the ideal software for a real performance accelerator for 3D measuring devices. This software is able to import huge and complex CAD models for direct analysis of measurement data to nominal CAD data, "live-scan" and/or import huge point cloud data files with no deterioration in processing speed and significantly reduce conversion and projection time while using large data sets.

 

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MODEL CREAFORM HANDYPROBE C-TRACK 780
ACCURACY
SINGLE POINT REPEATABILITY

VOLUMETRIC ACCURACY

MEASUREMENT SPEED
WEIGHT
DIMENSIONS
OPERATING TEMPERATURE RANGE
OPERATING HUMIDITY RANGE
CERTIFICATIONS
Up to 0.025 mm
0.050 mm in 3.80 m³
0.055 mm in 7.80 m³
0.080 mm in 3.80 m³
0.085 mm in 7.80 m³
30 Hz
5,5 kg (12 lbs.)
1035 x 169 x 140 mm (40.8 x 6.6 x 5.5 in.)
5–40 °C (41-104 °F)
10–90 %
EN 301 489-1, EN 301 489-3, EN 300 220-1
 
MODEL CREAFORM METRASCAN 210
WEIGHT
DIMENSIONS
MEASUREMENT RATE
VOLUMETRIC ACCURACY (WITH C-TRACK 780)
RESOLUTION
STAND-OFF DISTANCE
DEPTH-OF-FIELD
LASER CROSS AREA
OPERATING TEMPERATURE RANGE
OPERATING HUMIDITY RANGE
CERTIFICATIONS
1.85 kg (4 lbs)
282 x 250 x 282 mm (11 x 9.8 x 11 in.)
36,000 measures /sec.
0.085 mm
0.1 mm (0.004 in.)
300 mm (12 in.)
± 100 mm
210 mm x 210 mm (8.2 x 8.2 in.)
5-40 °C (41-104 °F)
10-90%
EN 301 489-1, EN 301 489-3, EN 300 220-1

 

SERVICES FOR THE CLUSTER OF NATURAL PRODUCTS

R&D SOLUTION FOR SPRAY DRYING

The Mini Spray Dryer B-290 advanced BUCHI is designed to visualize the Spray Drying process for wide range of applications in various fields such as pharma, materials, chemistry, food, feed, beverages, etc. It allows working with acids, organic solvents or mixtures of aqueous and organic solvents safely in combination with the Inert Loop B-295 and the Dehumidifier B-296.

The Inert Loop is the perfect accessory to enable the Mini Spray Dryer B-290 to handle organic solvents safely. Furthermore, it conserves resources and environment due to its functional principle.

The Dehumidifier B-296 is the ideal accessory to condition the drying air or to work continuously with water and organic solvent mixtures. It ensures process stability and performance.

 

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MODEL MINI SPRAY DRYER B-290 ADVANCED BUCHI
POWER CONSUMPTION
CONNECTION VOLTAGE
FREQUENCY
EVAPORATING CAPACITY
AIRFLOW
MOTOR CONTROL
MAX. TEMPERATURE INPUT
HEATING CAPACITY
HEATING CONTROL
INTERFACE
SPRAY GAS
NOZZLE TIP
DIAMETER
POSSIBLE PARTICLE DIAMETER RANGE
MEAN RESIDENCE TIME
POLLUTION DEGREE
INSTALLATION CATEGORY
DIMENSIONS (W X H X D)
WEIGHT
max. 2900 W
200-230 V ± 10 %
50/60 Hz
1.0 l/h H2O, higher for organic solvents
max. of 35 m³/h
Frequency converter
220 °C
2300 W
PT-100, fuzzy logic, control accuracy ± 3 °C
Serial port RS-232 for all parameters
Compressed air or nitrogen / 200 - 800 l/h; 5 - 8 bar
0.7 mm standard, other sizes 1.4 and 2.0 mm available
1 - 25 µm
1.0 - 1.5 sec.
2
II
65 x 110 x 70 cm
46 kg

 

 

MODEL INERT LOOP B-295 BUCHI
POWER CONSUMPTION
CONNECTION VOLTAGE
FREQUENCY
MIN. OUTLET TEMPERATURE
RATE OF COOLING
DIMENSIONS (W X H X D)
WEIGHT
max. 1400 W
200-230 V ± 10 %
50/60 Hz
Down to – 20°C
800 W at -10 °C
60 x 70 x 84.5 cm
88 kg
 
MODEL DEHUMIDIFIER B-296 BUCHI
POWER CONSUMPTION
CONNECTION VOLTAGE
FREQUENCY
MIN. OUTLET TEMPERATURE
RATE OF COOLING
DIMENSIONS (W X H X D)
WEIGHT
max. 700 W
200/230 V ± 10 %
50/60 Hz
0°C
600 W at 0 °C
35 x 40 x 60 cm
36 kg

 

PARTICLE SIZE MEASUREMENTS

The MALVERN MASTERSIZER 3000 is the latest generation of the world's most widespread particle sizing instrument, used by many thousands of companies and research institutes across a wide range of industries.

The MALVERN MASTERSIZER 3000 has a new optical core design and delivers fast measurement times for high sample throughput and a measurement size range from 10nm to 3.5mm. The MALVERN MASTERSIZER 3000 uses the technique of laser diffraction to measure particle size. Sample dispersion is controlled by a range of wet and dry dispersion units (Medium sample volume - HYDRO MV). This ensure the particles are delivered to the measurement area of the optical bench at the correct concentration and in a suitable, stable state of dispersion to make accurate and reliable particle size measurements.

 

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MODEL MALVERN MASTERSIZER 3000
MATERIALS
DATA ACQUISITION RATE
TYPICAL MEASUREMENT TIME
RED LIGHT SOURCE
BLUE LIGHT SOURCE
LENS ARRANGEMENT
EFFECTIVE FOCAL LENGTH
ARRANGEMENT
ANGULAR RANGE
ALIGNMENT
SIZE RANGE
NUMBER OF SIZE CLASSES
ACCURACY
REPEATABILITY
REPRODUCIBILITY
SOFTWARE
LASER CLASS
OPTICS DIMENSIONS
SUPPLY VOLTAGE
PRODUCT STORAGE TEMPERATURE
OPERATIONAL TEMPERATURE RANGE
Suspensions, emulsions, dry powders
10kHz
<10 sec
Max. 4mW He-Ne, 632.8nm
Nominal 10mW LED, 470nm
Reverse Fourier (convergent beam)
300mm
Log-spaced array
0.015 - 144 degrees
Automatic
0.01 - 3500µm (sample preparation dependent)
100 (user adjustable)
Better than 1%
Better than 0.5% variation
Better than 1% variation
21 CFR part 11
Class 1
690mm x 300mm x 450mm (L x W x H)
100/240v, 50/60Hz
-20 °C to +50 °C
+5 °C to +40 °C

 

PROFESSIONAL ULTRASONIC CLEANER

Bandelin Sonorex Super RK100(H) is a professional ultrasonic cleaner, working with heating (RK100H) and 320 Watt ultrasonic power. Stainless steel tank with 3 litre capacity. Internal tank dimensions: 240 x 140 x 100 mm.


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VISIBLE AND UV/VISIBLE SCANNING SPECTROPHOTOMETER

JENWAY 6705 SPECTROPHOTOMETER has modes for photometrics, spectrum scanning, multi-wavelength analysis, kinetics and quantitation, giving direct concentration results against single or multi-point calibrations. With extensive post measurement tools to ensure results are presented exactly to each user’s requirements JENWAY 6705 SPECTROPHOTOMETER also offers significant advances in data portability. Together, the touch screen and colour display give the fastest, most flexible instrument interface possible. Where fine cursor control is required, using the QWheel™ makes the task easy and precise.

 

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MODEL JENWAY 6705 SPECTROPHOTOMETER
LIGHT SOURCE
OPTICS
SPECTRAL BANDWIDTH
STRAY LIGHT
WAVELENGTH RANGE (NM)
WAVELENGTH RESOLUTION (NM)
WAVELENGTH ACCURACY (NM)
WAVELENGTH REPEATABILITY (NM)
PHOTOMETRIC RANGES
PHOTOMETRIC RESOLUTION
PHOTOMETRIC ACCURACY
PHOTOMETRIC STABILITY
CONCENTRATION RANGE
NO OF STANDARDS
CURVE FIT ALGORITHMS
MULTI-WAVELENGTH DATA POINTS
CALCULATIONS
KINETICS TIME LIMITS
KINETICS CALIBRATION
SCAN SPEED
POST SCAN ANALYSIS
CONFIGURATION
NO OF USERS
NO OF METHODS
RESULTS STORAGE
FILE OUTPUT
REMOVABLE MEDIA
INTERFACE
PC SOFTWARE
MAINS SUPPLY
SIZE
WEIGHT
Xenon
Sealed, MgF Coated, Split Beam
4nm
0.05%T at 220nm
190 to 1100
0.1
±1.0nm
±0.2nm
0.300 to 3.000A & 0 to 199.9%T
0.001A & 0.1%T
±0.005 at 1A
<0.001A per Hour
Up to 99999
20 with up to 5 replicates of each
Linear, Quadratic and Cubic Functions
Up to 4 Wavelengths
Difference and ratio
0 to 9999 Secs
Standard or factor
1500nm/minute at 0.1nm data steps
Peak/Valley pick, Area, Zoom, Wavelength Table, Overlays, Derivatives, Smoothing
Secure Multi-User or Free access
10 + Supervisor
>1000 at 256MB, >10000 at 2GB internal memory
>1000 at 256MB, >10000 at 2GB internal memory
CSV or BMP
SD, SD/USB & MM memory card SD. Options from 256MB to 2GB
USB, Centronics, Analogue
Supplied on CD ROM with USB Interface Cable
100 to 230V ac 50 or 60Hz
490 x 390 x 220 mm
9.0Kg

 

ROTARY EVAPORATOR WITH VACUM PUMP

The rotary evaporator HEIDOLPH - HEI-VAP ADVANTAGE HL GLASSWARE G3 VERTICAL is a device normally used in chemical laboratories for the efficient and gentle removal of solvents from samples by evaporation. Rotary evaporators are also used in molecular cooking for the preparation of distillates and extracts. The rotary evaporator HEIDOLPH - HEI-VAP ADVANTAGE HL GLASSWARE G3 VERTICAL includes leading safety standards and features for superior ease of use and is available in hand lift.

 

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MODEL HEIDOLPH - HEI-VAP ADVANTAGE HL GLASSWARE G3 VERTICAL
LIFT TYPE
HEIGHT ADJUSTMENT SPEED
HEIGHT ADJUSTMENT (MM)
ROTATION SPEED (RPM)
ROTATION SPEED SETTING
HEATING CAPACITY (W)
TEMP. RANGE HEATING BATH (°C)
TEMPERATURE ACCURACY BATH (°C)
OVERHEAT PROTECTION BATH (°C)
BATH TEMPERATURE SETTING
HEATING BATH TEMPERATURE CONTROL
SECONDARY OVERTEMP. CUT-OFF (°C)
MATERIAL HEATING BATH
DIAMETER HEATING BATH (MM)
VOLUME HEATING BATH (L)
DISPLAY VAPOUR TEMPERATURE
REQUIRED ACCESSORIES
INTEGRATED VACUUM CONTROLLER
TIMER
VACUUM PROGRAM SETPRESSURE**
VACUUM PROGRAM AUTOEASY**
VACUUM PROGRAM AUTOACCURATE**
REQUIRES SENSOR
REMOTE CONTROL FUNCTION
LIFT / START ROT. / START VACU. / START
HEATING BATH
PROGRAMMABLE RAMPS
POWER SUPPLY (W)
WEIGHT (W/O GLASS ASSEMBLY) (KG)
SIZE (L X W X H) (MM)
OPERATION CONDITIONS (°C)
RATE OF EVAPORATION* (L/H):
TOLUENE / ACETONE / ETHANOL / WATER
CONDENSING SURFACE (CM2)
SUPPLY VOLTAGE *** (V/HZ)
hand lift
manual
155
20 - 280
3.5" LCD display
1,300
20 - 210
± 1
cut-off at 5 °C over set temp. via separate PT 1000
3.5" LCD display
electronic/digital
250
stainless steel AISI 316L
255
4.5
yes
vapour temperature sensor
No
yes
no
no
no


No / yes / no / yes

no
1400
16
395 x 490 x 430
0 - 40 at 80 %, rel. humidity

8.5 / 5.8 / 3.5 / 1.2
1200
230 / 50/60

 

 

The vacuum pump ROTAVAC VALVE TEC is a two-stage diaphragm vacuum pump made of Chemical-resistant material, Recommended for solvents with low or medium boiling points. The vacuum is controlled manually and presents the following characteristics.

 

MODEL ROTAVAC VALVE TEC
SUCTION CAPACITY
ACHIEVES AN ULTIMATE VACUUM OF
CAN BE COMBINED WITH A CONDENSER
POWER INPUT:
WEIGHT:
DIMENSIONS (WITHOUT CONDENSER):
0.75 m3/h
12 mbar
yes
80 W
6.0 kg
L145 / W315 / H169 mm

 

ABSORBANCE MICROPLATE READER

The microplate reader BIOTEK ELx80 is designed for applications within the clinical, biotechnology research and pharmaceutical laboratory. It is an ideal solution for many microplate based biological assays. The ELx800 can be controlled by Gen5 software, expanding the reader’s capabilities to include kinetics and well area scanning measurements. Gen5 offers unsurpassed data reduction capability as well as customizable data output options.

 

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MODEL BIOTEK ELx80
DETECTION MODES
READ METHODS
MICROPLATE TYPES
SOFTWARE
ONBOARD SOFTWARE
LIGHT SOURCE
WAVELENGTH SELECTION
WAVELENGTH RANGE
BANDWIDTH
DYNAMIC RANGE
RESOLUTION
FILTER WHEEL CAPACITY
FILTERS SUPPLIED
OD ACCURACY
OD LINEARITY
OD REPEATABILITY
READING SPEED
POWER
DIMENSIONS
WEIGHT
Absorbance
End point, kinetic and area scanning under computer control
6- to 384-well plates, 60/72/96-well Terasaki plates (NB option)
Gen5 Data Analysis Software optional
55 user-programmable protocols
Tungsten AND halogen
Filters
400 to 750 nm, 340 to 750 nm (UV option)
10 nm
0 to 3.0 OD
0.001 OD
5 positions
4 filters (5 with UV option)
<1% at 2.0 OD
<1% at 2.0 OD, < 3% at 3.0 OD
<0.5% at 2.0 OD
96 wells: 30 seconds
100 - 240 Volts AC. 50/60 Hz.
15"W x 16.5"D x 7"H (38.1 x 41.9 x 17.8 cm)
18.5 lbs (8 kg)

 

COMBINED SYSTEM FOR ULTRA PURE WATER AND DEIONIZED

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The Labconco WATERPRO PS HPLC/UF HYBRID SYSTEM WITH DISPENSING GUN is a Polishing Stations deliver Type I, 18.2 megohm-cm water from the dispensing valve or optional dispensing gun at a typical rate of 1.8 liter per minute depending on feed water flow rate and pressure, and installed purification modules. The control panel includes a timed dispense feature that allows unattended dispensing of pure water without risk of overfilling. The dispenser shuts off automatically once user-set time has elapsed.

Labconco has designed WaterPro PS Stations with the right combinations of purification technologies and this version has also a Polishing Kit.

PREPARATIVE SYSTEM FOR CHROMATOGRAPHY SEPAR. AND PURIF. OF SAMPLES

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The knauer AZURA PREPARATIVE HPLC SYSTEM is a complete binary high pressure gradient (HPG) HPLC system for the purification of samples in the laboratory scale. The AZURA Preparative HPLC system is designed and optimized for the purification of milligram to gram samples. The system proposal consists of two preparative HPLC pumps, a UV/VIS detector and a freely customizable combination module.

The knauer AZURA P 2.1L PUMP covers a wide flow rate range and pressure capabilities. In the current setup, it supports max. pressures up to 225 bar at flow rates up to 100 ml/min (200 bar from 150 ‐ 250 ml/min). The integrated automatic recognition of the pump head with RFID technology allows fast adaptions of the pump for various applications. The HPG setup enables the precise formation of binary gradients. Besides, ternary and quaternary gradients are accessible by integration of additional preparative pumps.

C18 PREPARATIVE COLUMN CHROMATOGRAPHY (SILICA)

Based on an ultra pure spherical silica gel, knauer EUROSPHER II is a high performance column material for analytical, semipreparative and process-scale applications. Eurospher II features very narrow particle and pore size distributions, as well as outstanding mechanical stability. Eurospher II silica gel is perfectly suited to take on routine analyses as well as the most ambitious chromatography tasks.

The new knauer EUROSPHER II C18 generation possesses all of the excellent properties a new generation stationary phase can offer and can nearly solve every separation problem. The C18 modification is most suitable for acidic, basic and neutral analytes in reversed phase mode (sulphonamides; anabolic steroids; anti-psychotics; beta blocker; Sudan dyes; phenols, preservatives etc.).

 

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MODEL KNAUER EUROSPHER II C18
MODIFICATION
SPECIAL CHARACTERISTICS
PORE SIZE
PARTICLE SIZE
LENGTH
INNER DIAMETER
C18
endcapped
100 Å
20-45 µm
250 mm
30 mm

 

DEEP-FREEZING CHAMBER

The Arctiko ULUF 450 -86°C range is a deep freezing chamber, striving for excellence in ultra low temperature freezing. All features such as alarms and data logging functions are always included. The ULUF -86°C series is produced with the true and original single compressor technology.

 

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MODEL ARCTIKO ULUF 450 DAI 1408
DIMENSIONS EXTERIOR WXDXH (MM):
CAPACITY (L):
DIMENSIONS INTERIOR WXDXH (MM):
INSULATION (MM):
TEMPERATURE RANGE (°C):
MAX. AMBIENT TEMPERATURE (°C):
POWER SUPPLY (V):
FREQUENCY (HZ):
POWER CONSUMPTION (KWH/24H):
720x885x2089
413
480x608x1415
120
-86 / -40
25
230
50/60
14,9

 

LABORATORY CENTRIFUGE HIGH CAPACTY BENCH TOP

The Centurion Scientific BENCHTOP CENTRIFUGES K243 delivers efficient sample processing in clinical protocols, cell culture applications, microplate processing and a variety of separation needs.

The Centurion Scientific BENCHTOP CENTRIFUGES K243 is available with Centurion Scientific SWING OUT ROTORS BRK5553

 

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MODEL CENTURION SCIENTIFIC BENCHTOP CENTRIFUGES K243
SPEED
RCF MAX
TIMER
DIMENSIONS
WEIGHT
POWER
MEMORY
ACCEL. RATES
DECEL. RATES
500-15000 Rpm
22,000 G
0-9999 Mins & hold (1 sec steps)
HWD 375 x 600 x 630mm
63.5 Kg (without rotor)
750 W
108 programs
10
10
 
MODEL CENTURION SCIENTIFIC SWING OUT ROTORS BRK5553
ROTOR TYPE
TUBE SIZE MAX
MINIMUM SPEED
MAXIMUM SPEED
MAXIMUM RCF (G)
RADIUS MAX CMS
SAMPLE TUBE ANGLE
ACCELERATION TIME (SECS)
DECELERATION TIME (SECS)
AUTOCLAVEABLE (FREQUENCY)
4 x 750ml
98 x 170mm
500 Rpm
4,000 Rpm
3600
20.15
0 °
45
45
121 °C

 

LABORATORY FREEZE DRYER

The Zirbus LYOPHILIZERS VACO 10-II-D presents the ultimate technology in freezing and drying foods, pharmaceuticals and technical products.

 

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MODEL ZIRBUS LYOPHILIZERS VACO 10-II-D
DIMENSIONS OF CONDENSER
VOLUME
TEMPERATURE OF CONDENSER
ICE CAPACITY
MAX. ICE CAPACITY
COOLING SYSTEM
OUTER DIMENSIONS (WXHXD)
WEIGHT
ELECTICAL CONNECTION
Ø 400 x 400 mm
50 liter
-80°C
10kg/24h
12 kg
two-stage, free of CFC
800x1200x650mm
90 kg
230 V, 50/60 Hz

 

PRESSURE REACTOR

The Parr REACTOR 4581 is normally used in many branches of chemical technology. Catalytic Hydrogenation with its associated catalyst development and testing is certainly one of the principal applications of these reactors with their excellent three phase mixing designs. Polymer development is another major area of application. Additionally, the vessels have been used extensively in hydrometallurgical applications.

The Parr REACTOR 4581 presents the capacity of 3.75 L and is designed for 3000 psi (200 bar) maximum pressure with a 500 °C maximum working temperature and mounted on movable carts.

 

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MODEL PARR REACTOR 4581
REACTOR MOUNTING
SIZES, ML
MAXIMUM PRESSURE, MAWP
MAXIMUM TEMPERATURE WITH FG FLAT GASKET
VESSEL DETAILS:CLOSURE (CAP SCREWS)
VALVES MOUNTED
VALVE CONNECTIONS
MAGNETIC STIRRER, MODEL NO.
MAXIMUM TORQUE
IMPELLER(S), 6-BLADE (4-BLADE)
PRESSURE GAGE, SIZE
RANGE
TEMPERATURE MEASUREMENT
COOLING COIL
STYLE
BOTTOM DRAIN VALVE
HEATER STYLE
HEATER POWER, WATTS
STIRRER MOTOR, VARIABLE SPEED
ELECTRICAL SUPPLY:VOLTS, AC
MAXIMUM LOAD, AMPS, 115 / 230
VESSEL DIMENSIONS: INSIDE DIAMETER, INCHES
INSIDE DEPTH, INCHES
WEIGHT OF MOVEABLE VESSEL, POUNDS
WEIGHT OF FIXED VESSEL, POUNDS
REACTOR DIMENSIONS :MOVEABLE WIDTH X DEPTH X HEIGHT, IN.
FIXED WIDTH X DEPTH X HEIGHT, IN.
MOVEABLE WEIGHT W/CONTROLLER, POUNDS
FIXED WEIGHT W/CONTROLLER, POUNDS
Cart / Floor Stand
3750
3000 psi (200 bar)
500 °C
Split Ring (16)
Head
1/4" NPT Female
A1180HC
60 Inch-Pounds
2 (3.5" dia.)
4.5 inches
0-5000 psi (345 bar)
Thermowell
Included
Serpentine
A177VB
Ceramic
2800
1/2 hp
230
15
5.5
9.7
100
120
Cart: 35 x 18 x 50
Floor Stand: 20 x 33 x 75
325
345

 

MAGNETIC STIRRING SYSTEM, HEATING AND REFLUXING

The Paralab MAGNETIC STIRRING SYSTEM, HEATING AND REFLUXING works with cooling water for 6 samples atmosphere (adaptable to 6 round bottom flasks with 25 volumes (100 ml and 250 ml).

The Paralab MAGNETIC STIRRING SYSTEM, HEATING AND REFLUXING allows to program the temperature more closely and consistently. With this magnetic stirring system, simultaneous agitation and heat is achieved to keep plating solution homogenous.

 

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MODEL PARALAB MAGNETIC STIRRING SYSTEM
MAGNETIC STIRRING
DIGITAL TEMPERATURE CONTROLLER
up to 1400 rpm
room temperature with ± 0.5 °C accuracy

 

SERVICES FOR THE CLUSTER OF ENERGY AND ECOMATERIALS

RAPID PCB PROTOTYPING

The LPKF ProtoMat S103 circuit board plotter for producing PCB prototypes and small batches is configured specifically for RF and microwave requirements. The touchless, pneumatic depth limiter further allows delicate surfaces, soft and flexible substrates to be processed. The ProtoMat S103 also carefully depanels irregular shaped flexible circuit boards from larger boards.

The sophisticated Z-axis drive makes the ProtoMat S103 perfect for finishing front panels and housings as well as depth milling microwave PCBs. Even machining populated PCBs is no problem at all.

The ProtoMat S103 is extremely fast and accurate with a spindle speed of 100.000 rpm, a max. travel speed of 150 mm/s and a resolution of 0.5 μm. This ensures the accuracy required for drilling and milling ultra fine structures – especially for high-end applications in the RF- and microwave field.

CircuitPro turns raw CAD data into a dataset for populating the circuit board with soldering paste with no additional expense. The software wizard guides the user through the individual process steps. An internal computation accounts for the pad shape and size to ensure each pad has the right amount of soldering paste. This is further achieved through proven process parameters. The paste is applied with the built-in dispenser, all without having to convert the machine.

 

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MODEL LPKF PROTOMAT S103
MAX. MATERIAL SIZE AND LAYOUT AREA (X/Y/Z)
RESOLUTION (X/Y)
REPEATABILITY
PRECISION OF FRONT-TO-BACK ALIGNMENT
MILLING SPINDLE
TOOL CHANGE
MILLING WIDTH ADJUSTMENT
TOOL HOLDER
DRILLING SPEED
TRAVEL SPEED (X/Y)
X/Y-DRIVE
Z-DRIVE
DIMENSIONS (W X H X D)
WEIGHT
OPERATING CONDITIONS
POWER SUPPLY
COMPRESSED AIR SUPPLY
229 mm x 305 mm x 35/22 mm (9" x 12" x 1.4/ 0.9")*
0.5 µm (0.02 mil)
± 0.001 mm (± 0.04 mil)
± 0.02 mm (± 0.8 mil)
Max. 100,000 rpm, software controlled
Automatic, 15 positions
Automatic
3.175 mm (1/8"), automatic holder
120 strokes/min
Max. 150 mm/s (6"/s)
3-phase stepper motor
2-phase stepper motor
670 mm x 540 mm x 840 mm (26.4" x 21.3" x 33")
60 kg (132 lbs)

90 – 240 V, 50 – 60 Hz, 450 W
6 bar (87 psi), 100 l/min (3.5 cfm)

 

The system is available with the LPKF MiniContac, an electroplating systems for professional through hole platings in PCB prototypes and small batches. This equipment can handle PCBs up to 230 mm x 330 mm (9” x 13”). The system does not require external connections.

 

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MODEL LPKF MINICONTAC
ACTIVATOR
MAX. MATERIAL SIZE
MAX. LAYOUT SIZE
HOLE DIAMETER
NUMBER OF THROUGH-PLATED HOLES
MAX. NUMBER OF LAYERS
MAX. CONTACT RESISTANCE
ENVIRONMENTAL COMPATIBILITY
PROCESSING RELIABILITY
PROCESSING TIME
BASE MATERIAL TYPES
AMBIENT TEMPERATURE
DIMENSIONS (W X H X D)
CHEMICAL TINNING
REVERSE PULSE PLATING
WEIGHT
Carbon
230 mm x 330 mm
200 mm x 290 mm
0.2 mm
No limit
8
Less than 10 mΩ
Very good
Very good
90 –120 min
FR4, RO3000, RO4000, TMM
18 – 25 °C
750 mm x 525 mm x 500 mm
No
Yes
42 kg unfilled; 71 kg filled

 

Reflow oven also suitable for lead-free soldering features a large material size and precisely controlled temperature profile.

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Pick & Place system for accurately positioning SMT components on PCBs – from small chips to large QFPs

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THERMO MECHANICAL ANALYZER (TMA)

TMA SS 7100 /7300 from HITACHI HIGH TECH SCIENCE has super high sensitivity to determine the dimensional change of any solid, liquid or pasty material sample due to the increase of temperature and load. It can measure a wide range of samples, including thin film and small samples, because the total measurement method has no shape restrictions. Furthermore, the unit can be switched to push, penetration, bending or tension mode by simply exchanging the probe. A full line up of options, including an automatic cooling unit, ensures ease of use and highly accurate measurement.

TMA has the ability to make dynamic studies (DMA), with determination of elasticity, creep, and relaxation. The force applied may be constant, variable, modulated and combined. TMA has motion control by force or displacement.

Applications of thermal analysis: Thermal analysis for ceramic product design and other materials; Thermo constrictive stress measurement of shrink film; Temperature dependence of elastic modulus and broaden the information about thermo physical properties; effective in evaluating physical properties of film and fibre samples.

 

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MODEL TMA7100 TMA7300
SAMPLE CYLINDER
TEMPERATURE RANGE
Quartz, metal
-170 to 600°C
Alumina
Ambient to 1500°C
TMA MEASUREMENT RANGE
TMA SENSITIVITY
LOAD RANGE
SCAN RATE
±5mm
0.01µm
±5.8N
0.01 to 100°C/min
MAXIMUM SAMPLE SIZE Expansion; Φ10xL25mm
Tension; W1xT5xL25mm
Expansion; Φ10xL25mm
SAMPLE LENGTH MEASUREMENT Automated Measurement

 

THERMAL CONDUCTIVITY OF ECO MATERIALS

The Thermal Conductivity Test Tool λ-Meter EP500e (guarded hot plate apparatus) is a tool that uses the guarded hot plate method for the calculation of thermal conductivity, thermal transfer resistance as well as the k-value and U-value respectively of insulation materials, construction materials and other products.

The Thermal Conductivity Test Tool λ-Meter EP500e works in accordance with ISO 8302, EN 12667, ASTM C177, EN 1946-2, EN 12664, EN 12939, DIN 52612 and a high measurement accuracy as required by test authorities. Test are completed within a short measurement time.

The Thermal Conductivity Test Tool λ-Meter EP500e has been approved for use by test institutes or (higher education) institutes as well as for internal factory production control.

According to Appendix A of the European Insulating Standard EN 13162 ... EN13171 the product developer has to submit at least 10 test results of thermal conductivity for CE-certification.

 

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MODEL CONDUCTIVITY TEST TOOL Λ-METER EP500E
MEASUREMENT MODE

MEASUREMENT TEMPERATURE
TEMPERATURE DIFFERENCE

MEASUREMENT RANGE
SAMPLE THICKNESS
SAMPLE DIMENSIONS
MEASUREMENT ZONE
REPRODUCIBILITY
MEASUREMENT ACCURACY
DIMENSIONS (LENGTH X WIDTH X HEIGHT)
MASS
POWER SUPPLY
POWER CONSUMPTION
COOLING-/HEATING UNIT:
single measurement or series of up to 3 single measurements at different arbitrary temperatures
freely selectable in the range of 10 °C up to 40 °C down to -10 and up to 50 °C
freely selectable in the range of 5 K up to 15 K
R = 0,025...0,250 m²K/W and λ = 0,25...2,0 W/mK
10 up to 120 mm
optimal: 500 x 500 mm², measurement zone size at minimum
selectable: 250 x 250 mm², 200 x 200 mm², 150 x 150 mm²
< 0,5 % (mostly < 0,2 %)
< 1,0 % (mostly < 0,7 %)
63 x 63 x 88 cm³
ca. 85 kg
230 V / 50 Hz
max. 450 W12 air-cooled high performance Peltier modules

 

THERMAL PROPERTIES OF ECO MATERIALS

The Hot Disk TPS 2500 S is the flagship instrument in the system portfolio of Hot Disk AB. This general-purpose R&D instrument is designed for precision analysis of thermal transport properties - including thermal conductivity, thermal diffusivity and specific heat capacity. The TPS 2500 S covers an extensive range of materials of various geometries and dimensions, and meets ISO Standard 22007-2.

The standardized TPS technique - today used in more than 600 laboratories - is highly appreciated for its ability to simultaneously determine thermal conductivity, thermal diffusivity and specific heat capacity from a single measurement, with limited emphasis on sample preparation. The operative simplicity of the TPS 2500 S and the performance achieved when using optimally designed Hot Disk sensors, makes this system an ideal, trustworthy tool for tests of solids, liquids, powders, pastes and foams. The trademark high accuracy and precision also makes the instrument suitable for QC testing.

The  Hot  Disk  Thermal  Analyser  software  for  the  TPS  2500  S  system  incorporates  tools  for automated measurements as well as automatic temperature control of external devices. It also incorporates  tools  for  exporting  results  to  3rd‐party  software  (MS  Excel),  for  additional
processing or statistical analysis. For precise and automatic temperature readings the PT‐100 temperature sensor is available.

The  Hot  Disk  Thermal  Analyser  software  for  the  TPS  2500  S  system  incorporates  tools  for automated measurements as well as automatic temperature control of external devices. It also incorporates  tools  for  exporting  results  to  3rd‐party  software  (MS  Excel),  for  additional processing or statistical analysis. For precise and automatic temperature readings the PT‐100 temperature sensor is available.

MODEL Hot Disk TPS 2500 S Extended complete
THERMAL CONDUCTIVITY 0.005 to 1800 W/m/K.
THERMAL DIFFUSIVITY 0.1 to 1200 mm2/s.
SPECIFIC HEAT CAPACITY Up to 5 MJ/m3K.
MEASUREMENT TIME 1 to 1280 seconds.
REPRODUCIBILITY Typically better than 1 %.
ACCURACY Better than 5%.
TEMPERATURE RANGE ‐253 C to 1000 oC.
WITH FURNACE Ambient to 750 oC [1000 oC oxygen free].
PT‐100 temperature sensor

 

INFRA RED THERMOGRAPHY

The  FLIR  SC7600  is  a  very  flexible  camera,  with  the  highest  sensitivity,  accuracy,  spatial  resolution  and  speed. Specifically designed for academic and industrial R&D applications as well as integrators who need to have a very flexible camera. The FLIR SC7600 provides for the first time the CNUC & Hypercal technologies which features NUC free operation and a large dynamic range choice.

The FLIR SC7600 gives complete flexibility in the optical path that needs to be followed for a specific application. This camera is available with small and wide optics.

The FLIR SC7600 is available with ResearchIR Max software to analyse infra‐red thermal measurements.

The FLIR SC7600 enables non‐contact temperature measurement, being useful for many applications, including but not  limited  to  the  following:  surveying  of  buildings  thermal  efficiency,  which  might  include  detecting  missing insulation in walls & ceilings, as well as identifying other potential areas where heat is being lost; identifying and reporting  on  potential  electrical,  mechanical  &  chemical  faults  in  machinery,  hardware,  tooling  and  other infrastructure;  aerial  thermal  surveys  over  urban  areas;  identifying  necrosis  with  medical  thermography,  building draft‐proofing, computer vision systems, assess water stress in plants, research & development, and so on.

MODEL FLIR SC7600
WAVEBAND MW
SENSOR TYPE InSb (FLIR detector for SC7650) / MCT
PIXEL RESOLUTION 640x512
PIXEL PITCH 15μm
SPECTRAL RANGES 1.5 ‐ 5.1 μm for InSb (BB)
NETD MEASUREMENT <20mK / <25mK
OPTIONAL CAMERA CALIBRATION RANGE ‐20°C to 300oC  and 5oC to 1500oC 
DIGITAL FULL FRAME RATE InSb: 100 Hz full frame up to 3.425 kHz with windowing
INTERFACES DIGITAL DATA OUTPUT GigE, Camera Link (not with the SC7650E)
COMMAND & CONTROL GigE, Camera Link (not with the SC7650E)
FPA WINDOWING Arbitrary Size and Location
FILTER OPTIONS Fixed motorised 4 Position Filter Wheel. Field replaceable Filters. 
AVAILABLE OPTICS 12mm ‐ 44°x 36° (n.a. in SWB) and 100mm ‐ 5.5°x 4.4°

 

SERVICES FOR THE CLUSTER OF ENVIRONEMENT

AIR QUALITY MEASURING MACHINE / EMISSION OF VOC PARTICLES

The versatile and flexible DANI MASTER GC (GAS CHROMATOGRAPH) is uniquely designed to perform conventional and fast gas chromatographic analyses fulfilling the demands of routine and  research  analyses  over  a  variety  of  industries  and  applications  such  as  environmental, 30 agriculture,  food  and  beverage,  flavor  and  fragrance,  petrochemical,  and  pharmaceuticals among others.

The system can be equipped with an array of inlet systems and a wide selection of detectors, suitable for conventional and Fast GC analyses. The system integrates leading edge technology with total system control delivering outstanding reliability, repeatability, and performance. The most popular GC injector features an outstanding design and thanks to the patented DFC provides  excellent  precision  in  split,  splitless,  and  pulsed  injection  modes  of  operation.  In addition, the post‐injection carrier gas save mode is a valuable cost saving feature. To fulfil the users' analytical needs a series of liner types are available, including liners suitable for SPME analysis.

The  DANI  MASTER  TD  (THERMAL  DESORBER)  offers  superior  sensitivity,  versatility,  and productivity  for  the  extraction  of  volatile  and  semi‐volatile  compounds  from  air  and  solid matrices. The MASTER TD performs an instantaneous heating of the trap through an ingenious built‐in device that assures the transfer of analytes as a narrow band into the GC column. In addition,  backflush  desorption of  the trap further improves the efficiency of analyte transfer and  permits  the  use  of  multi‐layer  traps.  The  intuitive  control  through  the  TD  Manager software  offers  a  complete  automated  solution.  The  easy  and  flexible  management  of  all operating  parameters  and  analytical  conditions  permits  unattended  analysis  of  up  to  50 samples

The  DANI  MASTER  TD,  combined  with  the  DANI  MASTER  GC,  is  the  right  solution  for  air monitoring  (indoor,  workplace,  and  ambient  air)  and  for  the  analysis  of  soil,  polymers, packaging materials, etc.  

The environmental concentrations of BTEX in the ambient air of major cities worldwide are of great  concern.  Ambient  air  measurements  can  be  efficiently  carried  out  by  the  MASTER  TD equipped with a trap that selectively retains the target volatiles. The system fulfils productivity requirements and achieves sensitivity at ppb levels meeting specifications given in established U.S. EPA and international methods.

The  Micro‐Chamber/  Thermal  Extractor  from  MARKES  INJTERNATIONAL  is  designed  to  meet the  growing  demand  for  fast  emissions  screening  in  manufacturing  industry  and  third‐party test labs.

The Micro‐Chamber/ Thermal Extractor from MARKES INJTERNATIONAL offers a uniquely fast and cost‐effective quality control (QC) tool for screening the levels of volatile and semi‐volatile organic chemicals (VOCs and SVOCs) coming out of products and raw materials.  

Demand  for  testing  hazardous  chemicals  released  (emitted)  by  construction  products  and consumer  goods  has  seen  rapid  growth  over  recent  years.  This  is  driven  by  regulatory developments  in  Europe  (Construction  Product  Directive/Regulation  [CPD/R],  Regulation, Evaluation,  Authorisation  and  restriction  of  Chemical  [REACH],  German  and  French  national laws,  etc.),  the  US  (the  Ca  Air  Resources  Board  [CARB]  formaldehyde  rule,  the  international Green Construction Code [IgCC] initiative, etc.) and in the Far East (e.g. Chinese REACH). Some of  the  latest  regulations  require  both  third  party  certification  and  in‐house  product  quality control  of  emissions  for  full  compliance.  Typical  sample  types  include  wood‐based  products,
plastic  goods,  insulation  materials,  electronics,  foods,  tobacco,  decorative  products,  flooring materials, textiles and cleaning products.

The  Micro‐Chamber/  Thermal  Extractor  from  MARKES  INJTERNATIONAL  is  used  for  both characterising  overall  emission  (odour)  profiles  and  for  analysing  the  type  and  amount  of individual chemicals coming out of each sample material.

 

ENVIRONMENTAL CLIMATE CHAMBER

The  environmental  climate  chamber  ACS  DM600  has  the  essential  environmental  chamber performance  and  is  specifically  designed  for  General  Purpose  applications  where  excessively high  temperatures  or  fast  ramp  rates  are  not  required.  They  are  ideal  for  climatic  tests  at steady  states,  and  for  use  in  a  wide  range  of  applications,  such  as  tropical  tests  on pharmaceutical  products,  and  a  wide  range  of  tests  in  the  plastics,  rubber,  paper  and semiconductor industries.

The  environmental  climate  chamber  ACS  DM600  monitoring  and  management  system (MyKratos)  runs  with  mobile  and  desktop  devices.  The  chamber  wireless  (WiFi)  connection allows operation through various devices, such as tablets and smartphones (compatible with iOS  7  and  Android  4.2.1).  The  operator  interface  can  be  remotely  accessed  also  through  the chamber  connection  to  the  client’s  LAN  or  via  GPRS/UMTS  (upon  activation  of  a  SIM  card data).

The environmental climate chamber ACS DM600 is prepared to do cooling tests according to standards: DIN 40046 page 3 test A, IEC 68‐2‐1 test A, BS2011 Part 2 test A, MILD‐STD 810 D Met. 502.2, MIL‐E 5272 Test 4.2.

32 The  environmental  climate  chamber  ACS  DM600  is  prepared  to  do  hot  tests  according  to standards: DIN 40046 page 4 test 3, IEC 68‐2‐2 test B, BS2011 Part 2 test B, MILD‐STD 810 D Met. 501.2, MILD‐STD 883 C Met. 1008.2, MIL‐E 5272 Test 4.1, MILD‐STD 202 E Met. 108 A. The environmental climate chamber ACS DM600 is prepared to do hot / cold tests according to standards: DIN 40046 page 14 test Nb, IEC 68‐2‐14 Nb, MILD‐STD 311 A Part 112.1. The  environmental  climate  chamber  ACS  DM600  is  prepared  to  do  constant  climate  tests according to standards: DIN 40046, DIN 50014, IEC 68‐2‐3 test Ca, MILD‐STD 202 E Met. 103 B, DIN/IEC 68‐2‐56.

The  environmental  climate  chamber  ACS  DM600  is  prepared  to  do  variable  climate  tests according to standards: DIN/IEC 68‐2‐30 DB, IEC 68‐2‐38, MILD‐STD 202 E Met. 106 D, MILD‐STD 883 C Met. 1004.4, DIN 40046 page 6 and 31, IEC 68‐2‐4 test D, BS 2011 Part 2.1 Test Da, MILD‐STD  750  B  Met.  1021.1,  DIN  40046  page  101,  DIN  50016,  MILD‐STD  311  A  Part  105.1, MILD‐STD 810 Met. 507 Proc. 1‐2‐3.

MODEL CLIMATE CHAMBER ACS DM600
USEFUL CAPACITY (L) 553
INTERNAL DIMENSIONS WIDTHXDEPTHX HEIGHT (MM) 850x730x892
EXTERNAL DIMENSIONS WIDTHXDEPTHX HEIGHT (MM) 1124x1768x2049
TEMPERATURE RANGE (°C) BASIC ‐40...+180
TEMPERATURE FLUCTUATION (K) ±0.1...±0.3
TEMPERATURE CHANGING HEATING RATE BASIC 4,5K/min
TEMPERATURE CHANGING COOLING RATE BASIC 4,5K/min
HUMIDITY RANGE (%)(Τ=‐3/+94°C) 10...98
TEMPERATURE RANGE FOR CLIMATIC TEST (°C) 10...95
HUMIDITY FLUCTUATION (%) ±1...±3
MAXIMUM THERMAL LOAD (W) 5 BASIC T=+25°C 4500
RATED POWER (KW) BASIC 10.5
RATED CURRENT ABSORPTION (A) BASIC 19
WEIGHT (KG) BASIC 875
SOUND PRESSURE LEVEL DB(A)3 BASIC 61
SUPPLY VOLTAGE (VAC) 400V ±10%/50Hz/3 + N + G

 

ACCELERATED WEATHERING TESTERS

The QUV ACCELERATED WEATHERING TESTER reproduces the damage caused by sunlight, rain and dew. In a few days or weeks, the QUV can reproduce the damage that occurs over months or years outdoors.

The QUV ACCELERATED WEATHERING TESTER tests materials by exposing them to alternating cycles of UV light and moisture at controlled, elevated temperatures. The QUV simulates the effects of sunlight with fluorescent ultraviolet (UV) lamps, and it simulates dew and rain using condensing  humidity  and/or  water  spray.  Types  of  damage  include  color  change,  gloss  loss, chalking, cracking, crazing, hazing, blistering, embrittlement, strength loss and oxidation.

The  QUV  ACCELERATED  WEATHERING  TESTER  is  calibrated  with  a  CR‐10  Calibration Radiometer which is an essential accessory to the QUV’s SOLAR EYE system because it ensures the accuracy of the SOLAR EYE and, ultimately, the QUV test results. One CR‐10 radiometer can calibrate any number of QUVs.

The  QUV  conforms  to  a  large  number  of  national,  international  and  industry  specifications, including but not limited to:  ASTM D4799, ISO 11507, ASTM D6662, ISO 4892‐3, ASTM G154, SAE J2020, ASTM D4587, J15 K 5600‐7‐8, EN 927‐6 and AATCC TM186.

MODEL QUV ACCELERATED WEATHERING TESTER
TEMPERATURE RANGES LIGHT CYCLE TEMP.* 45°C‐80°C
CONDENSATION CYCLE TEMP. 40°C‐60°C
SPECIMEN CAPACITY STANDARD: 50 Specimens, (75 x 150 mm)
SPECIMEN SUPPORT – SPECIAL IN STAINLESS STEEL 1000x324x300 [mm]
ELECTRICAL: 120/60,14A
WATER 8 liter/day
LAMPS UVA‐340
LAMP LIFE: 1600 hours (avg)

 

LAMINAR FLUX CHAMBER

The  Telstar  Bio  II  Advance  series  LAMINAR  FLUX  CHAMBER  is  a  new  generation  of  biological safety  cabinets  providing  a  compact  design  for  easy  installation  within  the  laboratory.  It  has also been designed to the highest standards of safety, ergonomics, energy efficiency, reliability and ease of use in its class.

The Bio II Advance series is LAMINAR FLUX CHAMBER provide the market’s most secure safety cabinets for biological products.  

The Bio II Advance series LAMINAR FLUX CHAMBER is certified by UNI EN ISO 9001:2000.

MODEL TELSTAR BIO II ADVANCE 4
EXTERNAL DIMENSIONS, MM 1354x759x1260
INTERNAL DIMENSIONS, MM 1259x605x587
HEIGTH OF FRONT OPENING, MM  200
WEIGHT, KG 200
LAMINAR FLOW SPEED, M/S AND M3/H 0.35 and 882
FRONT ENTRY AIR SPEED / EXTRACTION FLOW RATE, M/S AND M3/H 0.5 / 402
POWER, KW 1.3
POWER SUPPLY , V / HZ 230 / 50‐60
LIGHTING LUX > 1000
SOUND, DB <58
VIBRATION, MM RMS < 0.005