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ELTRA

ELTRA is one of the world's leading manufacturers of elemental analyzers for rapid and accurate analysis of solid materials. ELTRA elemental analyzers provide tailor-made solutions for a wide range of samples and concentrations. Thousands of satisfied customers worldwide are proof of the quality and reliability of ELTRA analyzers.

ELEMENTRAC CN-r

The ELEMENTRAC CN-r is an advanced nitrogen and carbon analyzer designed for high-throughput laboratories,where samples are burned in a pure oxygen atmosphere. All components are completely oxidized using a chromium-free catalyst, ensuring accurate nitrogen and carbon analysis. . It provides fully automated and process-optimized nitrogen and carbon determination using the Dumas method, offering rapid, accurate results with minimal operational costs.The use of non-corrosive chemicals ensures greater work safety compared to Kjeldahl method.Available in two configurations: carbon and nitrogen / protein analyzer, or nitrogen / protein analyzer only.

Main features

● High Throughput: Specially engineered for continuous operation, enabling fast sample analysis and high durability.
● Smart Integrated Design: Equipped with an ergonomic design and built-in PC featuring a tiltable touchscreen, ensuring ease of use.
● Cost-Efficiency: Low operating costs due to intelligent gas-saving functions and optimal resource consumption.
● Wide Sample Range: Suitable for various solid and liquid matrices, ensuring accurate results across different industries.
● Effortless Maintenance: Quick maintenance, with consumables easily replaced in under 20 minutes, minimizing downtime.

Standard Certification

Application

● Foodstuffs
● Animal feed
● Fuels (coal, coke)
● Fertilizers
● Environmental samples

Specification

Measuring range: Nitrogen: 0.03 mg to 300 mg / Carbon: 0.02 mg to 175 mg
Typical weight: up to 1.0 g, nominal 0.5 g
Analysis time: < 3 minutes
Detector: Thermal conductivity detector (N) / NDIR (C)
Power supply: 230 V ±10%, 50/60 Hz
Required gases: Oxygen (99.999% purity) / Helium (99.996% purity) / Compressed air (oil-free, water-free)
Weight: 135kg
Dimensions: 75.7 x 78.5 x 62 cm (W x H x D)

Carbon / Sulfur Analyzer ELEMENTRAC CS‑i

The elemental analyzer ELEMENTRAC CS-i measures the carbon and sulfur concentration in predominantly inorganic samples through combustion in an induction furnace and the subsequent analysis of the gaseous combustion products carbon dioxide and sulfur dioxide.

The high temperature of more than 2000 °C ensures complete decomposition of the sample and thus reliable and accurate elemental analysis over a wide concentration range.

Main features

●Control of induction performance provides precise analysis of low-melting metals
●Heated dust trap allows for improved sulfur detection
●Platinum-based catalyst reactor ensures accurate carbon detection
●Carrier gas flow optimized for dusty samples
●Software-based leakage test
●Optional vacuum system, also available with dust filter class H for potentially harmful samples
●Single and multipoint calibration
●Robust design allows usage in production control and laboratory
●Low maintenance

Standard Certification

The ELEMENTRAC CS-i meets and exceeds the requirements of all common standards for carbon and sulfur measurement, such as ASTM E1019, DIN EN ISO 153

Application

alloys, aluminum, ashes, carbides, cast iron, cement, ceramics, copper, ferroalloys, glass, gypsum, iron, limestone, metals, minerals, ores, refractory metals, sand, silicon, slag, soil, steel, …

Specification

Carbon / Sulfur Analyzer ELEMENTRAC CS‑r

In the elemental analyzer CS-r the sample is burnt in an oxygen atmosphere at temperatures up to 1,550 °C. The furnace temperature can be freely selected in steps of 1 °C. The combustion gasses (CO2, H2O, SO2) coming from the furnace and pass through a dust filter. After the water vapor is chemically absorbed, the dried CO2 and SO2 gas is detected in the additional infrared cells. Depending on the configuration, it is possible to combine up to four (for C, S analyzers) infrared cells with different sensitivities.
For the safe, precise and reliable elemental analysis of carbon (C) and sulfur (S) in predominantly organic matrices such as soils, waste, wood, oil, coal and coke, ELTRA offers the combustion analyzer ELEMENTRAC CS-r with IR detection.

Main features

●Fast, simultaneous measurement of carbon and sulfur
●High sample weight possible
●Optimized (low blank) sample port
●IR path made of solid gold for extended lifetime
Wide measuring range from 20 ppm to 100%

Standard Certification

The CS-r elemental analyzer meets or exceeds the requirements of all common ASTM, DIN, EN or ISO standards for elemental analysis. 

Application

biomass, building materials, coal/ coke, fuels, oil, ores, plant materials, plastics, rubber, soil, soot, tobacco, waste, …

Specification

 

CHS Analyzers CHS-580A

ELTRA‘s CHS-580A is the ideal elemental analyzer for simultaneous determination of carbon, hydrogen and sulfur in organic samples. It features a resistance furnace with vertical ceramic tube and uses ceramic crucibles as sample carriers.

Main features

●Fast & simultaneous elemental analysis of C, H, S, TOC and TIC
●Configurable for single element (C or S) or multi-element (C/S or C/H/S) analysis
●Wide concentration range from 0.005 – 100 %
●High weights possible for elemental analysis of heterogeneous samples
●Optional autoloader with 36 or 130 positions (acid-resistant version available)
●Optional TIC module

Standard Certification

DIN EN 15936
ASTM D 6316; D 7679; D 7662; D 7633
ASTM D 1552; D1619; D4239; D5016
ISO 19579; 15178

Application

The CHS-580 A elemental analyzer is perfectly suited for measuring carbon, hydrogen and sulfur concentrations in matrices such as ashes, building materials, coal, coke, gypsum, limestone, oil, plant materials, rubber, sand, soil, soot, tobacco, waste, …

agriculture, biology, chemistry / plastics, coal / power plant, construction materials, environment / recycling, medicine / pharmaceuticals

Specification

 

Carbon / Water Analyzer CW‑800M

ELTRA’s CW-800M analyzer is designed for fractional analysis of carbon and water in one single operation. It is based on the proven technology of the CW-800 but has a modified furnace which allows fast adjustment of the temperature in the furnace. Different fractions of carbon and water of the sample are analyzed by applying different furnace temperatures. 
The detection system of ELTRA’s CW-800M is very sensitive, reliable and guarantees a long lifetime. It can be customized according to the user’s requirements. Two infrared cells can be combined independently and allow highly precise measurement of the released CO2 and H2O.

Main features

●Simultaneous carbon dioxide and water determination with minimal sample preparation
●Analysis of TOC (Total Organic Carbon) and TIC (Total Inorganic Carbon) without adding acids
●Rapid, precise, accurate and reliable element determination
●Up to 5 programmable steps with different temperatures ("ramps") can be defined 
●Wide range of materials can be analyzed
●Resistance furnace temperature can be set up to 1000 °C in steps of 1 °C
●Customized infrared cells provide wide, dynamic measuring range
●Due to gold IR path, increased cell life time for analysis of halogen or acid containing samples
●Powerful software (multilingual, customized display, export of results)
●Single and multipoint calibration
●No halogen trap required
●Electronic gas flow control
●Low maintenance
●Robust design allows usage in production control and laboratory

Standard Certification

 

Application

ELTRA’s CW-800M analyzer is designed for the precise, simultaneous determination of carbon (released as CO2) and water in lime, gypsum and cement from trace level up to 100 % (depending on sample weight). Other sample materials include ores, soil, minerals, slags and waste.
Field of application : agriculture, biology, chemistry / plastics, construction materials, environment / recycling, geology / mining, others.

Specification

 

Oxygen / Nitrogen / Hydrogen Analyzer ELEMENTRAC ONH‑p 2

The new ELEMENTRAC ONH-p 2 is a powerful and robust elemental analyzer for measurement of oxygen, nitrogen and hydrogen concentrations in inorganic materials like steel, iron, copper or ceramics. The highly sensitive NDIR and thermal conductivity detectors reliably detect element concentrations from low ppm content to high percentages.

The innovative sample port system with pulsed chamber rinsing and vertical sample drop allow for user-friendly and comfortable analysis of rod-shaped, granular or powdery samples with a weight of up to 2 grams.

Main features

●Low gas consumption and high sensitivity due to closed gas system
●Easy application of pins, powders and granules
●Inexpensive argon as carrier gas possible
●Short analysis time
●Powerful impulse furnace with 8.5 kW
●Optional Autocleaner
●Reliable ONH elemental analysis of inorganic samples like steel, non-ferrous metals, ceramics, slags, ores, etc.

Standard Certification

ASTM E 1019; E 1509; E 1557;
C 1595; E 2575; E 2792
DIN EN 3976
DIN EN ISO 10720; 15351
21068-3
ISO 17053; 22963
DIN 55387

Application

alloys, aluminum, ashes, carbides, cast iron, ceramics, copper, ferroalloys, iron, metals, ores, refractory metals, silicon, steel, …   

Specification

Oxygen / Nitrogen / Hydrogen Analyzer ELEMENTRAC ONH-2000

The ONH-2000 is designed for the rapid and accurate determination of oxygen, nitrogen and hydrogen in copper, steel, cast iron, alloys, zirconium, titanium, molybdenum, nickel, ceramics and other inorganic materials. The ONH-2000 can be supplied with two independent infrared cells to provide optimum precision for the analysis of high and low levels of oxygen. Nitrogen and hydrogen are detected with a dual range thermal conductivity cell. The change over from the low to the high ranges is done automatically during the analysis and does not require any pre-setting by the operator.

Main features

●The ONH-2000 features a 16-bit microprocessor and solid state infrared detectors with auto zero and auto range control. 
●The water cooled high power electrode impulse furnace uses a graphite crucible to heat the sample up to a temperature of 3000°C. 
●On request the ONH-2000 measuring ranges can be optimized in the factory to suit your requirements, without additional charges. 
●The sensitivity of the detectors can be designed to provide maximum accuracy in ranges from low ppm up to high percentage concentrations.

Standard Certification

ASTM E-1019, E-1587, E-1409, E-1569, E-1447, E-1937

Application

alloys, steel, copper, cast iron, ceramics, refractory metals

Specification

 

Hydrogen Analyzer H-500

Determination of hydrogen using the heat extraction method is a special requirement for the characterization of steel, steel alloys, copper and other metals. ELTRA’s H-500 is designed for the rapid and accurate determination of hydrogen in these materials.

The H-500 analyzer uses the heat extraction technique and is equipped with a resistance furnace with quartz tube. The temperature can be set up to 1000 °C in steps of 1 °C. The usual working range of the H-500 is about 900° to 1000° C.

ELTRA’s H-500 can be customized to the requirements of the user. The analyzer carries up to two different sensitivities of the detectors to allow highest precision for a variety of applications.

Main features

●Powerful software (multilingual, customized display, export of results)
●Low maintenance
●Robust design allows usage in production control and laboratory
●Easy calibration with standard materials or gas dose
●Hydrogen determination with heat extraction technique for determination of residual hydrogen
●High-capacity thermal conductivity cell
●Precise measurements even for low concentrations
●For samples of up to 10 g and 0.8 x 6 cm size

Standard Certification

For many applications (e.g. hydrogen determination in special alloys) no international standard is released. To assure a reliable and safe analysis the ELTRA application laboratory in Haan provides free of charge test measurements and aplplication support. This support encompasses not only the H-500, but the full ELTRA product portfolio of TGA, ONH and CS measurement

Application

alloy, copper, steel, cast iron

Specification

Thermogravimetric Analyzer TGA Thermostep

Thermogravimetry is a standard method to analyze organic, inorganic and synthetic materials. Thermogravimetric analysis in general means the measurement of the weight loss during a user-defined temperature or heating process.

Main features

●Measurement of up to 19 samples in one analysis
●Sample weights of up to 5 g
●Fast heating rates, accurate temperature control
●High-performance, precise weighing cell
●Automatic placing and lifting of crucible covers
●Robust design allows for use in laboratories and production

Standard Certification

The Environmental Inspection Institute of the Environmental Protection Agency of the Executive Yuan announced the detection of SRF:
Eltra TGA complies with the detection method of ash and combustible content in solid renewable fuels

Application

Due to the flexible application management the TGA Thermostep can measure TGA parameters in many samples like coal, coke, building materials, food …
Field of application:agriculture, biology, chemistry / plastics, coal / power plant, construction materials, environment / recycling, food, geology / mining, glass / ceramics, medicine / pharmaceuticals

Specification
 
 

 

 

Content changed at :2024-10-23 14:21:49

Systech Illinois

Systech Illinois’s innovative testing systems include oxygen, gas, and moisture analysis instruments – which adhere to relevant industry standards, and are designed to solve your gas, oxygen, and moisture analysis issues. Our leading headspace and permeation instruments can be used to ensure integrity across a whole host of packaging types with packaging across the worlds of plastic, food, pharmaceutical, medical, and many more. providing you with equipment that guarantees accurate and repeatable results.

Gaspace Advance Micro

The Gaspace Advance Micro oxygen (O2) and carbon dioxide (CO2) headspace gas analyzer is ideal for the food and pharmaceuticals industry. Features include automatic calibration, diagnoistics and control providing repeatable, accurate results and exceptional performance, which is essential for HACCP compliance.

Main features
  • Ability to analyse very low volumes of headspace, less than 1ml
  • Easy to use touch screen
  • 5 different test methods
  • Auto calibrate and auto diagnosis
  • Set tests for pass or fail
  • Built in Printer
  • Documentation for Quality Management Systems (IQ, OQ, PQ)
  • 21CFRII Compliant
Standard Certification

 

Application
  • Pharmaceutical Vials 
  • Fish 
  • Pharmaceutical Packaging 
  • Wine
  • Fresh Meat、Cooked Meat 
  • Vegetables Salads
  • Snack Foods 
  • Ready Meals 
  • Coffee Pods
Specification

Measurement range:Oxygen 0.001%-99.9%;CO2 0.1%-99.9%
Response time:3s
Sensor Type:Zirconia & Dual wavelength, Infra-red
Minimum volume of sample gas:1ml

AquaSense 7101 Water Vapor Permeation

The 7101 water vapor analyzer range utilises the sensitive and stable P2O5 sensor for absolute moisture measurement. These water vapor analyzers offer a wide measurement range of 0.002-1000 g/m²/day and precision temperature, humidity and flow control. Providing accurate and repeatable results for research and development testing of water transmission rate (wvtr) in both current and newly formulated packaging film materials and fast testing for Quality Control.

Main features
  • Inexpensive and user replaceable sensor.
  • The sensor continues Systech Illinois’ leadership in providing a longer lasting sensor with a lower replacement cost.
  • This system runs on a full Windows® operating system enabling safe, secure operation and net- work connectivity.
  • Anti-Surge prevents sensor damage due to excessive levels of water vapor – extending sensor life.
  • Accurate validation obtained in just a few hours using third party certified gases. NIST traceable.
  • Systech Illinois can access your instrument (with your permission) to diagnose and repair system errors without the cost and time of an on-site visit.
Standard Certification

ASTM F 1249, ASTM F3299-18, DIN 53122-2, ISO 15105-2, ISO 15106-3

Application
  • Applications:Permeation Testing
  • Industries:Flexible Packaging, Food, Pharmaceutical
Specification

Gas :  Water Vapor
Application :  Permeation
Measurement range :  0.002 to 70 g/(m2 . d). 0.02 to 1,000 g/(m2 . d). when masked
Test temperature range :  10 to 40°C (50 to 104°F)
Test RH range :  20 to 90% RH
Sample Size :  50cm2, adapters available for smaller sizes

Lyssy L80-6000 Water Vapor Permeation Analyzer

辛耘企業_滲透測試_Lyssy_L80-6000

The L80 series of analyzers have been used successfully for decades in many laboratories. The L80-6000 is the latest generation of the proven L80 series, used around the world. Simple to use with a reliable testing principle and low maintenance this instrument is a cost effective solution. The Lyssy L80-6000 can measure high permeability materials using special sample cards. It is extremely quick and the more permeable the sample the shorter the measuring time. In addition to its short testing times and wide measurement range, it offers a high degree of accuracy.

Main features
  • Easy to use operator interface
  • Simple to operate due to the high degree of automation
  • Fast and accurate test results
  • Broad testing range covering low and high permeability
  • Automatic equilibrium detection
  • Automatic temperature control
  • Easy set-up of test parameters and sample data
  • Easy to use test sample holders
  • Built-in printer allows for easy test documentation
  • Low degree of maintenance
Standard Certification

ASTM E398-3

Application
  • Applications:Permeation Testing
  • Industries:Beverage, Flexible Packaging, Food, Inks & Coatings, Paper & Pulp
Specification

Gas :  Water Vapor
Application :  Permeation
Measurement range :  0.03 – 10,000 g/m2/day
Test temperature range :  5 to 50°C (41 to 158°F) with built-in temperature control
Humidity :  5%-60% RH
Ambient Humidity :  10-90% RH (non-condensing)
Dimensions :  400 x 400 x 350 mm
Weight :  24 kg (approx.)

8101e OxySense® Oxygen Transmission Rate Analyzer

The OxySense 8101e is designed to be expandable and lower your testing costs. Systech Illinois is the only major developer of transmission rate test instrumentation to offer satellite expansion. The satellites can be configured to meet your precise testing needs, allowing you to cost effectively add lab capability as needed while continuing to lower your “cost per test”.

Main features
  • Completely new design
  • High sensitivity, wide range eMetric™ coulometric sensor
  • Easy testing, just load the film and press a button to start
  • Simple Windows based software control – easy to set up with Quickstart stored testing configuration settings and clear concise results presentation.
  • Film loading made simple and effective with the Q-Seal™ gas free cell closure system
  • Automatic relative humidity and temperature control
  • “Test Condition Matrix” (TCM™) feature enabling you, with the touch of a single button, to test a sample at up to ten different conditions of temperature and relative humidity
  • Expandable up to 32 cells
Standard Certification

ASTM D3985, ASTM F1307, ASTM F1927, DIN 533803-3, ISO CD 15105-2, JIS 7126

Application
  • Applications:Permeation Testing
  • Industries:Beverage, Flexible Packaging, Food, Inks & Coatings, Paper & Pulp
Specification

Gas :  Oxygen
Application :  Permeation
Controlled RH Testing Ranges :  Films- Carrier and Test gas
Controlled RH Testing Ranges :  Packages – Ambient or controlled by chamber
Test temperature range :  10°C to 40°C ± 0.1°C

GS6000 Headspace Analysers

The Gaspace 6000 headspace analyzers offer high levels of performance technology and operator ease to fulfill the latest industry demands for accuracy and reliability. These highly advanced instruments are equipped with integral sampling systems, unique, miniature, long-life, zirconia and infrared sensors, and microprocessor control to deliver the most accurate and repeatable performance possible.

Main features
  • Easy to set up and use
  • AccuFlow transducer
  • Intuitive menu
  • One-Touch calibration
  • Set tests for pass and fail
  • Lightweight and easy to move around
  • USB port for diagnostic software
  • Optional:external printer via RS232
  • can piercing station
  • 45° adaptor for can piercing station
  • Protective waterproof case
  • Syringes injection port capability
Standard Certification

 

Application
  • Applications:Gas Analysis and Testing, Oxygen Headspace Testing
  • Industries:Beverage, Flexible Packaging, Food
Specification

Gas :  Oxygen, Carbon Dioxide
Application :  Gas Flushing of Food, Headspace Analysis
Oxygen range :  Autoranging from 0.001 to 100% (models GS6500 & GS6600)
Carbon dioxide range :  Autoranging from 0.1 to 100% (models GS6600 & GS6700)
Response time :  <5 seconds (O2), <10 seconds (CO2)
Weight :  4kg (9lbs)
Dimensions :  305W x 254D x 152H mm (13.5W x 11.5D x 5.7H inches)
Can piercing station :  For analysis of rigid cans and jars

PM700 Process Oxygen Analysers

PM700 offers the best in class of high performance oxygen analysis. These highly advanced instruments incorporate user-friendly software to provide accurate and reliable results. This paramagnetic analyzer is ideal for oxygen purity measurements with autoranging from 0.01% to 99.99%. The non-depleting sensor provides years of trouble free operation.

Main features
  • Paramagnetic sensor with PID temperature control for best in class performance
  • Optional barometric pressure compensation for purity analysis
  • Auto calibration option
  • Large autoranging LED display
  • Specific to oxygen
  • Excellent linearity and accuracy
Standard Certification

 

Application
  • Applications:Gas Analysis and Testing
  • Industries:Industrial, Medical Devices
Specification

Gas :  Oxygen
Application :  Industrial Gas, Medical Gas Analysis
Measurement range :  Autoranging from 0.01 to 100% Oxygen
Technology :  Paramagnetic
Response Time :  90% of reading (T90) less than 6 seconds

MM500 Moisture Detector for use in process gas analysis

The EC92DIS portable oxygen analyzer can be used in hazardous areas – approved for II 1G Ex ia IIc Ga T4 – Zone 0 (ATEX). It is designed to measure oxygen levels and can detect oxygen levels as low as 1ppm, up to high percent oxygen levels and can be used on most industrial gases and atmospheres. There is no need for routine maintenance of the fuel cell, and the oxygen analyzer instrument may be easily calibrated, using ambient air or standard calibration samples.

Main features
  • Unique fast purge system
  • Easy calibration
  • Maintenance free measuring cell
  • Intrinsically safe certification
  • Selectable ranges of oxygen levels % and ppm
  • Powered by 2 x PP3 batteries
Standard Certification

 

Application
  • Applications:Gas Analysis and Testing, Industrial Gas, Medical Gas Analysis, Welding
  • Industries:Industrial
Specification

Gas :  Moisture
Technology :  Phosphorus Pentoxide
Measurement range :  Autoranging from 0.01ppm to 1000ppm and equivalent in dew point
Accuracy :  ±5% of reading or 0.4 ppm(v) (-110 °C to -20 °C dew point)
Response Time :  90% within 60 seconds
Acceptable gases :  N2, H2, O2, Helium, Argon, CO2, Air, N2O
19 inch rack mounting option :  Can be combined with any of our oxygen to create a dual gas analyzer

EC92DIS ATEX Portable Oxygen Analyzer

The EC92DIS portable oxygen analyzer can be used in hazardous areas – approved for II 1G Ex ia IIc Ga T4 – Zone 0 (ATEX). It is designed to measure oxygen levels and can detect oxygen levels as low as 1ppm, up to high percent oxygen levels and can be used on most industrial gases and atmospheres. There is no need for routine maintenance of the fuel cell, and the oxygen analyzer instrument may be easily calibrated, using ambient air or standard calibration samples.

Main features
  • Unique fast purge system
  • Easy calibration
  • Maintenance free measuring cell
  • Intrinsically safe certification
  • Selectable ranges of oxygen levels % and ppm
  • Powered by 2 x PP3 batteries
Standard Certification

 

Application
  • Applications:Gas Analysis and Testing
  • Industries:Industrial
Specification

Gas :  Oxygen
Application :  Intrinsically Safe
Measurement range :  ppm and %
Technology :  Electrochemical
ATEX Approval :  0
Power supply :  2 x PP3 dry batteries, fitted internally
Ingress protection :  IP40
Dimensions :  102H x 257W x 271D mm
Approvals :  ATEX II 1G Ex ia IIC Ga T4

EC91 ATEX o2 analyzers

The EC91 intrinsically safe oxygen analyzer is an online transmitter for ppm and percent oxygen measurements of gas streams in hazardous area installations. It can detect oxygen levels from as low as 1 ppm up to higher percent levels and can be used in most industrial gases and atmospheres. There is no need for routine maintenance of the fuel cell and the instrument can be easily calibrated, using ambient air or standard calibration samples.

Main features
  • Maintenance free 5 year life sampling cell
  • Unsurpassed safety protection
  • Air calibration facility
  • 3 year electronics warranty
  • Certified for Zone 0
  • This instrument has a 36 month warranty which covers any faulty workmanship and normal component failure relating to electronic circuit cards
Standard Certification

 

Application
  • Applications:Gas Analysis and Testing
  • Industries:Industrial
Specification

Gas :  Oxygen
Measurement range :  ppm and %
Technology :  Electrochemical
ATEX Approval :  0
Measurement range :  6 selectable
Resolution :  0.05% of scale
Response Time :  90% of reading within 20 seconds
Ingress Protection :  IP66, Nema 4X
Approvals :  ATEX Ex II 1G EX ia IIC T4 Ga

EC9031 Oxygen Deficiency Monitors

The EC9031 is the most advanced, feature rich oxygen monitor in the world, offering things like; adjustable alarm contacts which give early warning of changes in oxygen levels, allowing action to be taken. Complete data event logging. The EC9031 transmits continuous oxygen concentration levels to any control data acquisition system or programmable logic controller. The EC9031 incorporates a diffusion type electrochemical sensor that does not require sample pumping, making it easy to use and calibrate. The sensor is capable of being mounted remotely from the analyzer.

Main features
  • 4.7” touchscreen with data logging & graphing, event logging
  • Two adjustable levels of oxygen with audible & visual alarm
  • Sensor life 5 years
  • Simple installation
  • 3 years warranty
  • High accuracy
  • IP65 Wall Mounting enclosure with optional wall bracket
  • Pressure compensated
  • Datalog/Graphing – Oxygen, Temperature & Pressure continuously measured
  • All measurements are stored with date & time
  • Sensor life warning
  • All user functions through touchscreen display, including alarm defeat option
  • Large and clear Oxygen and system status indication
Standard Certification

 

Application
  • Applications:Gas Analysis and Testing, Oxygen Deficiency Testing
  • Industries:Beverage, Food, Industrial, Medical Devices
Specification

Gas detected:  Oxygen
Measurement range :  0-30%
Technology :  Electrochemical
Resolution :  0.01%
Accuracy :  ±0.001%
Response Time :  90% of reading within 20 seconds
Ingress protection :  IP65
Temperature :  0°C – 40°C

EC900 Process Oxygen Analyser

Brought to you by Systech Illinois, our world-leading gas, oxygen and moisture analysis brand, the EC900 series of oxygen analyzers measure levels as low as 20 ppm from ambient air in two minutes!  

These highly advanced instruments incorporate user-friendly software and the highest quality sensors to provide accurate, reliable results. 

Our oxygen analyzers are designed to monitor oxygen levels within most industrial gasses and atmospheres to ensure your product is fit for purpose. Unaffected by hydrocarbons or volatile atmospheres, our patented sensors are ideal for applications such as wave solder and reflow ovens. Whatever your measuring range, the EC900 series has an oxygen analyzer to suit your needs. 

Main features
  • Long life, maintenance-free disposable oxygen sensor 
  • Sturdy, reliable construction with three sensor options 
  • Ambient air or traceable gas calibration 
  • Microprocessor controlled oxygen analyzer functions 
  • Large, autoranging LED display 
  • Rapid response time 
  • Vibration proof 
  • Warranty period cover
Standard Certification

 

Application

Industrial gas, Glove boxes, Oxygen-controlled atmospheres of all kinds.

Specification
  • EC920 oxygen analyzer: This oxygen analyzer is NEMA 4X / IP66 waterproof and weatherproof (weight 15.5KG / width 380mm / depth 160mm / height 460mm).
  • EC930 oxygen analyzer: This oxygen analyzer comes with a 19 inch rack mount to house one or two oxygen analyzers (weight 9.7KG / width 484mm / depth 410mm / height 190mm).
  • EC910 oxygen analyzer: A versatile panel mounted, or bench-top, oxygen analyzer (weight 7.9KG / width 237mm / depth 410mm / height 190mm).

Systech Illinois ZR800 Oxygen Analyzers

Invest in a powerful ZR800 Series Oxygen Analyzer and you’ll measure the oxygen in most industrial gas streams from 0.1ppm up to 100% volumes.
https://youtu.be/_Q7bteKmakk

Main features
  • Non depleting, maintenance-free, oxygen sensors 
  • Ambient air or traceable gas calibration 
  • Microprocessor controlled oxygen analyzer functions 
  • Large, autoranging LED display 
  • Extremely fast oxygen detection response 
  • Unaffected by vibration or position 
  • Sturdy, reliable construction with three mounting options 
  • 24VDC version 
  • Panel or bench mount 
  • NEMA 4X / IP66 waterproof and weatherproof 
  • Operator interface / diagnostics 
  • Read-only mode available 
  • Diagnostic capabilities 
  • Fault alarms 
  • Sampling systems 
  • Bypass flowmeter 
  • Pressure regulator 
  • Sample pump 
  • Flow alarm 
  • Auto calibration 
  • Cartridge filter kit
  • RS232 / 485 
  • Analog outputs 
  • High / low alarms 
  • Fault alarms 
  • Flow alarm
Standard Certification

 

Application

Industrial Gas, Ovens/Furnaces, Welding

Specification

Unsuitable gases : ammonia, carbon monoxide, combustibles, corrosive gases, halogenated hydrocarbons, halogens, hydrocarbons, hydrogen, hydrogen sulfide and sulfur- or lead-containing compounds

NB: Optional version for use with gases containing low ppm levels of hydrocarbons etc

Systech Illinois Gaspace Advance Head Space Analyzers

The Gaspace Advance oxygen (O2) and carbon dioxide (CO2) headspace gas analyzer is ideal for the food and pharmaceuticals industry. Features include automatic calibration, diagnoistics and control providing repeatable, accurate results and exceptional performance, which is essential for HACCP compliance. Its large buttons and clear display ensures testing is simple, errors are eliminated and no special operator training is required, maximising production efficiency.
https://youtu.be/cUgwSm334FA 

Main features
  • Easy to use touch screen
  • 5 different test methods
  • Easy to set up and use
  • Intuitive menu
  • Auto calibrate
  • Auto diagnosis
  • Set tests for pass or fail
  • Printer
  • Computer software
  • Waterproof case
  • Can piercing station
  • 45° Adaptor for use with the can piercing station
  • Syringes injection port capability
  • Microprocessor controlled touchscreen
  • Protective waterproof case
  • Can perform the Nitrogen gas concentration via a calculation
Standard Certification

 

Application

Gaspace Advance Micro MAP analyzer for Carbon dioxide and Oxygen headspace gas. Fast and accurate, for testing in gas flushed food and pharmaceutical products. Gas Analysis and Testing, Oxygen Headspace Testing.

Specification

 

Content changed at :2024-01-15 11:42:31

ellona

ellona was created in 2016 by Jean-Christophe Mifsud, a trilingual french entrepreneur 22 years of experience of founding and developing High tech companies development including Analytical & Medical Instrumentation for Food Safety, environmental analysis and Point of Care diagnostic module for either B to B or B to C with wearable devices. ellona has more than 200 years of experience in sensors and particularly in gas sensors, VOC and odors, developing electronic nose and nuisances data banks associating miniaturized sensors arrays with AI. We capitalize on this expertise to develop customized and miniaturized multi sensors devices for environmental monitoring, (air quality, nuisances at work or at home), for intelligent home and household appliances (fridges, cooking oven) as well as non-invasive health status monitoring via breath or skin. We do develop as well the associated gas, or odors data banks that allow to identify the sources of nuisances, of food decay or health status.
Jean-Christophe MIFSUD, is a serial entrepreneur. He created ellona S & I in 2016 in Toulouse. Before that, in 1993, he founded and was at the head of ALPHA MOS, a key worldwide actor in the field of instruments for sensorial measures (electronic nose and language for odors and tastes analysis). The company was listed in the Paris Stock Exchange in 1988. Before building ALPHA MOS, he acquired experiences in the United States within the Finance Industry (Merger & Acquisitions) of high-tech companies. Jean-Christophe MIFSUD graduated both from The Chemistry School of Toulouse and l’ESSEC. He has a PhD in Neurochemistry from the Princeton University, NJ, United-States. He is the author of about twenty patents.

POD 2

Complete solutions to manage and optimize your environment.
The all-in-one offer for understanding and controlling your indoor environment. Ensure health and well-being while optimizing your business operations.

Main Features
  • Digitization of Human Senses (HSD)
    Combining physical and chemical data collection with human perceptions
  • Source fingerprinting
    Identify sources of pollution and track root causes
  • Odor recognition
    Identification and quantification of odors with large databanks
  • Patented technology
    High-quality electronics for the best signal-to-noise ratio and LOD
  • Real-time data
    Continuous monitoring with data intervals every 10 seconds
  • Dynamic system
    Independent air entry/exit channels for gas and PM measurements
  • Multiple connectivity options
    Network agnostic: 2G/3G, Wi-Fi, LTE-M, Ethernet and LoRa
  • Power capabilities
    Multiple power choices: PoE, Micro-USB and back-up battery
  • Over the air update
    Remote updates of embedded software, configuration and maintenance
  • Trigger remediation
    Or control processes via built-in APIs on Ellonasoft
  • Multicolor LED notifications
    Notifications about different alerts
  • IP networked
    Leverage communication between devices
Main Customer

•Working environment, Open space
•Production floor monitoring
•Hotel atrium, Hotel room
•Shopping mall, Department store
•Subways, Airport, Restaurant …

Specification

•24/7 real time readings of gas concentrations (up to 5 di erent gases),
and volatile organic compounds (VOCs).
• Measurement and identification of odors.
• Identification of particles.
• Intensity and identification of noises.
• Identification of light intensity, light colors and flickers.
• 24/7 readings of: temperature, light, humidity, pressure, and vibration.
• Real-time alerts (configurable thresholds) with notifications (sms, email, etc.).
• Automated process activation (ventilation, light variation, etc.).
• Integrates input from employees and community thanks to the devices’
unique QR codes.
• Readings of data by device, by area and by building.

WATCHTOWER I

Your operations depend on effective control of environmental impact
The standard all-in-one system for understanding and controlling your outdoor environment. Real-time air monitoring, odor and noise recognition will make your decisions easier.

Main Features

Situational and Environmental Intelligence
WT 1 is a system that monitors outdoor environments quality at the source of
emissions and at the fence line, of a site and in the neighborhood with:
24/7 real time readings of gas concentrations (up to 7 different gases),
and volatile organic compounds (VOCs)
• Odor measurement and identification (possible correlation with Dynamic
Olfactometry campaigns - EN 13725/ASTM679)
• Quantification and identification of particles
• Intensity and identification of noises
• Real-time alerts (configurable thresholds) with notifications
(sms, email, etc.)
• Automated process activation (sampling, misting systems, ventilation, etc.)
• Integrates input from the community thanks to the devices’ unique QR codes.

Standard Certification

EN 13725
ASTM679

Main Customer

• Sewage
• Landfill
• Waste water
• Rendering
• Chemicals
• Petrochemicals
• Pulp & paper
• Food industry
• Aroma & fragrances
• Industrial sites
• Communities
• Engineering consultancies

Application

• Industrial Sites Wastewater Treatment Plants
• Sea ports/Airports Smart Cities
• Meteo Station

Specification
  • Digitization of Human Senses (HSD)
    Combining physical and chemical data collection with human perceptions
    Source fingerprinting
    Identify sources of pollution and track root causes
  • Odor recognition
    Identification and quantification (ASTM 679 / EN 13725) with large databanks
  • Patented technology
    High-quality electronics for the best signal-to-noise ratio and LOD
  • Real-time data
    Continuous monitoring with data intervals every 10 seconds
  • Dynamic system
    Independent air entry/exit channels for gas and PM measurements
  • Multiple connectivity options
    Network agnostic: Wi-Fi, Ethernet, LTE-M/GPRS
  • Power capabilities
    Multiple power choices: 12V DC input, PoE, solar panel battery
  • Over the air update
    Remote updates of embedded software, configuration and maintenance
  • Trigger remediation
    Control processes thanks to the 4-20mA switch or the EllonaSoft integrated PLC
  • Multicolor LED notifications
    LED button with device status in 7 colors
  • Geolocation
    Built-in GNSS (GPS/Galileo/Beidou/Glonass)
  • Compact design
    Resistant to chemical spoilage, harsh environments conditions and shocks
Content changed at :2023-08-28 17:39:24

CAI ENVEA Group

To meet the needs of the emerging air quality market, California Analytical Instruments was founded by Pete Furton in 1981. From the very beginning, CAI’s mission has been to develop innovative gas analyzer products and systems that will meet the needs of our customers for years to come. Our objective is to deliver the highest level of customer service and satisfaction in the continuous emissions monitoring industry.
Our analyzers utilize proven technologies such as Chemiluminescence, Non-Dispersive Infrared (NDIR), Flame Ionization Detection (FID), Paramagnetic, Photoacoustic Infrared Spectroscopy (PAS) and Fourier Transform Infrared (FTIR) for consistent, accurate measurement of virtually any gas.

INNOVA  Photoacoustic Gas Monitoring System

The Innova® 1512 Photoacoustic Gas Monitor is a highly accurate, reliable, and stable quantitative gas monitoring system. Gas selectivity is achieved through the use of optical filters that provide both a means of detecting the gas of interest and compensating for interfering gases and water.  Both bench-top and rack-mounted PAS configurations are available.

 

 

 

Main features
  • Selectively measures a wide range of gases/vapors 
  • Linear response over a wide dynamic range 
  • Stable and Reliable: ensuring a maximum of only two calibrations a year 
  • User-friendly: easy calibration, configuration, and viewing/analyzing of data via PC 
  • Accurate: compensates for temperature and pressure fluctuations, water vapor interference, and interference from other known gases 
  • Extremely low-volume flushing possible 
  • Operates immediately: virtually no warm-up time necessary 
  • Remote control capability via TCP/IP network interface protocol 
  • Expandable up to 16 locations with 700 Multi-Point Sampler: the Gas Monitor can operate as the system controller for full standalone operation
Standard Certification

 

Application
  • Vehicle exhaust measurements for Ammonia, Ethanol, Nitrous Oxide, CO2, CO and H2O
  • SHED testing for Methanol, Ethanol, Toluene, CO2, R-134-A and H2O
  • Process quality control
  • Stack gases
  • VOC/THC analysis
  • Fermentation/greenhouse gases
  • Trace gas analysis
  • Occupational health and safety
  • Livestock emissions
Specification
  • Measurement Technique Photoacoustic Infrared Spectroscopy 
  • Filter Capacity Up to 5 + water from 27 different filter options 
  • Detection Limit Gas dependent, but typically in the ppb region 
  • Repeatability 1% of measured value 
  • Multiple Point Monitoring 
         Optional integration with Multi Point Sampler for up to 16 channels
  • It can be operated either in standalone mode or remote-controlled with the LumaSoft gas software for online monitoring.
Content changed at :2025-02-18 14:30:57

FRITSCH

FRITSCH is a leading manufacturer of application oriented laboratory instruments. FRITSCH is used worldwide for sample preparation and particle analysis. For the fast industrial application in process monitoring and quality assurance, as FRITSCHll as for the especially accurate research technology in industry and research laboratories.
FRITSCH was founded 1920 as an independent family business. Today 80 employees work in the headquarters in Idar-Oberstein, as FRITSCHll as in our subsidiaries in France, Russia, Singapore, China and USA. Approximately 85% of our annual revenue of 17 million € FRITSCH generate along with our trade partners worldwide.
Our core competence is the innovative development and production of premium instruments for sample preparation and particle size analysis. Due to our activities worldwide, FRITSCH are familiar with problematic tasks from different industries and convert these into constructive solutions. All FRITSCH instruments offer highest dependability with innovative technology in combination with simplest operation.
FRITSCH insist on quality without compromise and extensive service. Quality means for FRITSCH: All instruments bear the CE mark and are produced according to the quality standard ISO 9001. Service means for us individual and competent consultation, technical support, installation, maintenance and repair and this worldwide and individual.

Laser Particle Sizer ANALYSETTE 22 NeXT

The FRITSCH Particle Size Analyzer uses the patented Reverse Fourier design.Our two models of the ANALYSETTE 22 NeXT are ideal for efficient particle size analysis in production and quality control as well as in research and development or for controlling manufacturing processes.
Get all the decisive advantages with the model that meets your requirements: especially easy operation and cleaning, short analysis times, reliably reproducible results and the recording of additional parameters such as temperature and pH value during wet dispersion. For working with extremely aggressive chemical dispersion liquids, order the wet dispersion unit with the conversion kit Extended for extreme chemical resistance.

Video sharing link: https://youtu.be/246f6-9SifI

Main features

Strong advantages during measurement: ● Only one light source: simple, robust, reliable
● Quick and simultaneous recording of all scattering data
● Highly precise recording of the light intensities by state-of-the-art 16-bit converter technology
● Recording also of very wide scattering angles by intelligent measuring cell design
● Two models available with different measuring ranges
● Continuous logging of the laser output
● Quick, automatic beam adjustment

Strong advantages during dispersion:
● Simple operation
● Compact measuring circuit
● Powerful pump
● Practically maintenance-free design
● Monitoring of the important dispersion parameters
● No dead space in measuring and rinsing the circulation system
● Fast and consistent cleaning
● Variable suspension volume between 150 ml and 500 ml
● Many organic solvents can also be used as a standard feature
● Separate ultrasonic box with up to 50 Watt output
● Freely programmable
● Dispersion bath without dead space

Standard Certification

  ISO 13320

Application

Wide application, as long as it can be uniformly dispersed in water or solvent, it can be used in almost all fields.
● Powder metallurgy: Sintering process
● Cement industry: reactivity
● Chemical industry: paint, toner
● Food industry: chocolate, rice, beans
● Pharmaceutical industry: Sprays, eye drops, tablets
● Semiconductor industry: Grinding fluid, slurry…

Specification

Laser Particle Sizer Dry dispersion unit

Its height-adjustable funnel and a stirrer made of stainless steel ensure optimum sample feeding adapted to the respective sample material.

Main features

All parts that come into contact with the sample can be easily dismantled - thus guaranteeing absolutely fast and easy cleaning. Also, the measuring cell of the ANALYSETTE 22 NeXT can be opened without tools by means of an eccentric lock. Its cleaning is quite convenient with an easily re-insertable outer seal. And also the exchange of the measuring cell glasses can be done at any time completely uncomplicated.

In dry measurement, the sample material is transported with a vibratory feeder through the intake funnel into the dry measuring cell, where it falls directly into a Venturi nozzle operating with an adjustable flow of compressed air. Upon passing through the nozzle, agglomerates are broken up and the measurement of the particle size dispersion in the laser beam takes place directly afterward.

Standard Certification

 

Application

Widely used, solid products that are well dispersed and cannot be uniformly dispersed in water or solvents.

Specification

 

Laser Particle Sizer pH measurement Module

The new pH sensor is installed as a module in the dispersion bath and connected to the Laser Particle Sizer. Simple, continuous monitoring of the pH value of the dispersion liquid.

Main features

The pH value is an important parameter for the stability of a suspension. If it shifts during the measurement, flocculation (coagulation) of particles may occur, which is a frequent cause for non-reproducible measuring results.. The pH measurement process now introduced by FRITSCH means these values can be observed precisely. The detection of agglomeration or aggregation is also much easier.

Standard Certification

 

Application 

 

Specification

Laser Particle Sizer ANALYSETTE 28 ImageSizer

The ANALYETTE 28 ImageSizer is the ideal Particle Sizer for all applications that require accurate and reproducible measuring results for both particle shape and size of powders and bulk solids as well as of suspensions and emulsions.
The optical process of Dynamic Image Analysis provides results for a wide measuring range, delivers multiple shape parameters and evaluation possibilities for particle size. The measuring time depending on the sample quantity, is under 5 minutes. And the result is available immediately.  It is a very easy and cost-effective alternative to sieving.

Video sharing link:https://youtu.be/00MF3wWswnA

Main features

● Extra-wide measuring range, individually adjustable
● Variable measuring time - below 5 minutes
● High-performance camera with telecentric lenses
● Fast, simple operation via SOP control
● High-performance, integrated image analysis software ISS
● Extensive library for morphological analysis
● Useful tools for reliable quality monitoring
● Practical report generator for individual presentation of results

Standard Certification

Meets the requirements of ISO 13322-2 for Dynamic Image Analysis

Application 

Ideal for the analysis of: fertilisers, refractory products, glass and ceramics, carbon products, catalysts, plastics, foodstuffs, metals and ores, pharmaceutical products, carbon black and coal, salts, sand, abrasives and cements.
Also for fast, safe and uncomplicated quality control, research and laboratories.

Specification
Content changed at :2023-09-08 15:48:45

Enhancing Yield and Mass Productivity of Ultra-Thin Devices through Effective Temporary Bonding and Debonding (TBDB) Technology

Temporary Bonding and Debonding (TBDB) TechnologyEfficient management of the substrate has been a key factor in the progress of modern electronic civilization, enabling the creation of compact high-performance devices. The development of 3D IC stacking has been facilitated by the reduction in substrate thickness, which allows several ICs to be squeezed and stacked as a single package. However, handling ultrathin wafers and reducing wafer thickness without damaging the pre-process has been a challenging task for semiconductor industries. Temporary bonding and debonding (TBDB) technology was developed to address this. This technology involves temporarily bonding a device wafer to a carrier wafer using an intermediate material, which provides physical stability for thin wafers or wafers to be trimmed during processing. This allows the delicate device wafer to be processed with additional mechanical support. The wafer stack is debonded once the necessary processing steps are completed, as explained in Figure.

Continuous progress and development in TBDB technology have increased the yield and productivity of ultra-thin device production, and further advancements in TBDB efficiency and quality could greatly enhance the market competitiveness of advanced packaging. Novel temporary bonding materials and improved TBDB techniques are crucial for overcoming technical challenges in high-end chip thinning procedures and would directly contribute to the rapid development of advanced packaging. This technology provides solutions for ultra-thin wafer processing and handling, ultra-thin device manufacturing, and 3D stacked packaging systems.

One of the main advantages of TBDB technology is that it enables the processing of flexible substrates on existing semiconductor manufacturing equipment, which is not typically designed for the processing of flexible materials. The technology also allows for the manufacture of ultra-thin flexible electronic components, which are essential for wearable devices and other applications where thinness and flexibility are critical.

Scientech is a well-established semiconductor equipment manufacturer with over 40 years of experience in developing precision packaging equipment and wafer bonding solutions. Our flagship wafer bonding equipment, Aquila, is highly regarded in the industry for its ability to produce high volumes of precision bonding and can be tailored to meet individual manufacturing needs. The equipment is equipped with a highly accurate aligner that can achieve precision up to 5 µm and notch accuracy of 0.1degree. To ensure that the required adhesive thickness fifty sampling points are studied on a single wafer.

Our bonding process uses a dual approach, combining both thermal and mechanical methods, to ensure that the bonding is done with the utmost integrity. The bonding process is executed in a vacuum atmosphere to eliminate air bubbles and utilize a tunable temperature module to achieve optimal results. Additionally, warpage caused by load pressure is eliminated, as we apply extremely low load pressure of less than 1 mtorr. This guarantees that our bonding process is of high quality and meets the required standards.

Our system has a high degree of adaptability, which allows it to be used for a variety of post-processing applications such as solder ball mounting and fan-out wafer-level packaging (FOWLP). Overall, our system's adaptability makes it an excellent choice for a wide range of post-processing applications, enabling us to meet the needs of our customers in various industries.

At Scientech, we are dedicated to providing exceptional products and services as a premier semiconductor equipment manufacturer and supplier based in Taiwan. Our commitment to excellence ensures that our customers receive only the highest quality products and services.

 

If you have any further questions, please feel free to contact us by using Line or Email.

E-mail: info@scientech.com.tw

All the best!

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Content changed at :2023-11-03 17:37:02

Enhancing Yield and Mass Productivity of Ultra-Thin Devices through Effective Temporary Bonding and Debonding (TBDB) Technology

Temporary Bonding and Debonding (TBDB) TechnologyEfficient management of the substrate has been a key factor in the progress of modern electronic civilization, enabling the creation of compact high-performance devices. The development of 3D IC stacking has been facilitated by the reduction in substrate thickness, which allows several ICs to be squeezed and stacked as a single package. However, handling ultrathin wafers and reducing wafer thickness without damaging the pre-process has been a challenging task for semiconductor industries. Temporary bonding and debonding (TBDB) technology was developed to address this. TBDB technology involves temporarily bonding a device wafer to a carrier wafer using an intermediate material, which provides physical stability for thin wafers or wafers to be trimmed during processing. This allows the delicate device wafer to be processed with additional mechanical support. The wafer stack is debonded once the necessary processing steps are completed, as explained in Figure.

Continuous progress and development in TBDB technology have increased the yield and productivity of ultra-thin device production, and further advancements in TBDB efficiency and quality could greatly enhance the market competitiveness of advanced packaging. Novel temporary bonding materials and improved TBDB techniques are crucial for overcoming technical challenges in high-end chip thinning procedures and would directly contribute to the rapid development of advanced packaging. This technology provides solutions for ultra-thin wafer processing and handling, ultra-thin device manufacturing, and 3D stacked packaging systems.

One of the main advantages of TBDB technology is that it enables the processing of flexible substrates on existing semiconductor manufacturing equipment, which is not typically designed for the processing of flexible materials. The technology also allows for the manufacture of ultra-thin flexible electronic components, which are essential for wearable devices and other applications where thinness and flexibility are critical.

Scientech is a well-established semiconductor equipment merchandiser with over 40 years of experience, including over 15 years of expertise in developing and manufacturing precision packaging equipment and wafer bonding solutions. Our flagship wafer bonding equipment is highly regarded in the industry for its ability to produce high volumes of precision bonding and can be tailored to meet individual manufacturing needs. The equipment is equipped with a highly accurate aligner that can achieve precision up to 5 µm and notch accuracy of 0.1degree. To ensure that the required adhesive thickness fifty sampling points are studied on a single wafer. 

Our bonding process uses a dual approach, combining both thermal and mechanical methods, to ensure that the bonding is done with the utmost integrity. The bonding process is executed in a vacuum atmosphere to eliminate air bubbles and utilize a tunable temperature module to achieve optimal results. Additionally, warpage caused by load pressure is eliminated, as we apply extremely low load pressure of less than 1 mtorr. This guarantees that our bonding process is of high quality and meets the required standards.

Our system has a high degree of adaptability, which allows it to be used for a variety of post-processing applications such as solder ball mounting and fan-out wafer-level packaging (FOWLP). Overall, our system's adaptability makes it an excellent choice for a wide range of post-processing applications, enabling us to meet the needs of our customers in various industries.

At Scientech, we are dedicated to providing exceptional products and services as a premier semiconductor equipment manufacturer and supplier based in Taiwan. Our commitment to excellence ensures that our customers receive only the highest quality products and services

Content changed at :2023-06-15 17:15:18