FT-IR (Fourier transform infrared spectroscopy)
The FT/IR-4200 was designed to provide operational features and sensitivity levels found only in more expensive instruments. The innovative technology incorporated in these instruments results in exceptionally high signal-to-noise ratio specifications. Designed for a wide range of critical research and development applications, each model is capable of measuring from the Near IR (15000 cm-1) to the Far IR (50 cm-1).

Abbe Refractometer
The high accuracy models are designed for use with monochromatic light sources with 598mm LED. A computer program(Windows-based)for conversion of scale readings to refractive index (RI) or Brix (Sugar %)is supplied with each instrument. With good temperature control and use of the micrometer Vemier Scale, an average accuracy of ±0.0002 RI(at 20 ℃) can be achieved across the specified measuring range. Temperature can be controlled by circulating water from 0 to 120℃ ; prism temperature can be read from the digital display on the instrument.

Vacuum press
Underth vacuum condition, it controls the heat and pressure so that it forms the cell gap on the LCD Panel with the way of uniformity load technique.
①Size: 300 x 400 mm / Thickness: 30mm
– Work
①Size: 200 x 200
a) Plastic : 0.1~0.3t / b) Glass : 0.2~1.5t
③Pressure: 2Kgf/cm2
– Temperature
①Size: 200 x 200
②Temperature: PID control
– Heating
①Heating method: Conduction
②Heating degree: ±2℃
③Capacity: 2Kw
– Pressure
①Pressurizing range: Atmospheric pressure ∼ 2Kgf/cm2
②Pressurizing control method: Servo Control
③Pressurizing degree: 0.01Kgf/㎠

MOCON AQUATRAN Model 1, a new, ultra high-barrier water vapor permeation test instrument. What makes this unit different from any other water vapor permeation test instrument on the market is that it offers significant improvement by offering ten times the measurement sensitivity.
The AQUATRAN Model 1 makes it possible to accurately measure water vapor transmission rates down to 0.0005 g/m2 per day under varying temperature conditions (conventional units typically only measure to 0.005 g/m2 per day.) This makes the AQUATRAN Model 1 ideally suited as a measurement instrument for new, commercial or developmental ultra high-barrier structures. These structures are being engineered to push the barrier envelope. Therefore, accurate and extremely sensitive instrumentation is necessary to build performance statistics.

DSC (Differential Scanning Calorimetry)
– Temperature range: -150°C … 600°C
– Heating rates: 0.001 K/min … 100 K/min
– Cooling rates: 0.001 K/min … 100 K/min (depending on temp.)
– Sensor: heat flux system
– Measurement range: 0 mW … ± 600 mW
– Sensitivity: < 1 μW
– Temperature accuracy: 0.1 K
– Enthalpy accuracy: generally < 1%
– Cooling options: Forced air (down to RT), LN2 (down to -150°C)
– Intracooler for the extended rate: -40° … 600°C
– Atmospheres: oxid., inert (static, dynamic)
– Electronics: integrated TASC 414/6
– PC Interface: USB

– For determination of: glass transition temperatures(Tg), melting points(Tm), decomposition temperatures(Td), heat of fusion, heat of vaporization, heat of crystallization, heat of reaction, heats of decomposition, heat of solution, heat of adsorption, heat of deception, specific heats, heat capacity, activation energy, solid-state transition energies, crystallinity

TGA (Thermal Gravimetric Analyzer)
– Temperature Compensated Thermobalance : Included
– Maximum Sample Weight : 1g
– Weighing Precision : +/- 0.01%
– Sensitivity : 0.1 µg
– Baseline Dynamic Drift* < 50 µg
– Furnace Heating : Resistance Wound
– Temperature Range : Ambient to 1000°C
– Isothermal Temp Accuracy : +/- 1°C
– Isothermal Temp Precision : +/- 0.1°C
– Controlled Heating Rate : 0.1 to 100°C/min
– Furnace Cooling (forced air/N2) : 1000 to 50°C < 12 min

Optical Microscopy
The optical microscopy is a type of microscope which uses visible light and a system of lenses to magnify images of small samples. Supports high-level observation with superior optical performance from ultra-long working distances, reduced flare, high contrast, and approximately three times as much brightness during darkfield observation compared with conventional systems

Prism coupler
The Prism Coupler utilizes advanced optical wave guiding techniques to rapidly and accurately measure both the thickness and the refractive index/birefringence of dielectric and polymer films. For many thin film and optical waveguide applications, the Prism Coupler offers unique advantages over conventional instruments based on ellipsometry or spectrophotometry:

– no advance knowledge of thickness or required
– routine resolution of ±.0005 ­ an order of magnitude better than other techniques
– completely general ­ no fixed menus of film/substrate combinations
– measures thickness and for each film of dual film structures

A Viscometer measures and analyzes minute as well as broad changes in a material’s rheological structure – the way fluids and semi-solid materials flow. This is accomplished by varying shear rates in micro increments.

Probe station
4point probe station has been designed for providing the measurements of electrical and material characteristics of Display Devices such as OLED, LCD, PDP, Solar Cell, LED, Wafers and Special Chips under the vacuum circumstance or various gas atmosphere with variable temperature from 80K – 600K

-The Widest Available Measurement Range
-Large Load Range
-High Sensitivity
-Automatic Sample Dimension Measurement

The sample load can be applied in the tension the compression and sinusoidal load. The range can be from 0.01mN to 5.8 N. Therefore the instrument covers all the applications

Contact angle measurement
– Precise contact angle measurements from 5 to 180 degrees.
– Fluid dispensing from a precisely controlled manual syringe system.
– Easily replaceable syringe tips to allow for varied drop size, allowing for increased flexibility in your research.
– Surface Energy, Pendant Drop & Contact Angle calculations can be made automatically.

NETZSCH Dilatometer 402 C
– Can be equipped with different sample holders and furnaces to fulfill almost all possible requirements of the system (inert conditions or in a vacuum)
– Temperature range: -180°C … 500°C, RT … 1100°C, RT … 1600°C, RT … 2000°C (4 exchangeable furnace types)
– Heating and cooling rates: 0.01 K/min … 50 K/min (dependent on furnace)
– Sample holder: fused silica <1100°C, Al2O3 <1700°C, graphite 2000°C
– Measuring ranges: 500/5000 μm
– Sample length: max. 50 mm
– Sample diameter: max. 12 mm (optional 19 mm)
– Δl resolution: 0.125 nm / 1.25 nm
– Atmospheres: inert, oxidizing, reducing, static and dynamic
– Gas flow meter and valve for purge gas (optional)
– c-DTA® for the calculated DTA-signal from dilatometer measurements, ideal for temperature calibration (optional)
– Highly vacuum-tight up to 10-4 mbar (10-2 Pa)
– Coupling to QMS 403 C Aeolos® over a heatable adapter at the exit of the furnace
– For determination of: linear thermal expansion, coefficients of thermal expansion (CTE), sintering temperatures, sintering steps, phase transformations, decomposition temperatures, glass transition temperatures, softening points and density changes

Temperature & Humidity Chamber
– 220V 9.6A
– Chamber volume 25L
– Temperature range without humidity 0 to 120℃
– Temperature fluctuation 0.2℃
– Temperature variation 1.0℃
– Temperature heating time to 120℃ 40min
– Temperature cooling time (20℃ to 0℃) 30min
– Humidity range 30 to 95 %RH
– Humidity fluctuation 1.0 %RH
– Humidity variation 30. %RH

Haze meter
– Measuring method: Flicker photometric method of total light transmittance and diffuse transmittance
– Light source: Halogen lamp (5V/9W)
– Light beam: 11mm dia. (20mm dia. of indicent aperture)
– Integrating sphere: 150mm dia. (coated by barium sulfate)
– Measuring time: Approx. 2 sec. (ASTM method) or 3 sec. (JIS method)
– Measuring items: Haze, Total light transmittance, Diffyse transmittance, Parallel light transmittance & TURB
– Display: Graphic display, 256 x 64 dots
– Printer: Built-in thermal printer (58mm paper width)
– Average measurements: 2 to 99 times
– Data memory: Max. 100 measured data pieces
– Interface: Serial port (D-sub 9-pin male)
– Measuring accuracy: Standard deviation within 0.03 at 100.00% full-scale total light transmittance
– Power supply: 100V to 240V AC, 50/60Hz
– Dimensions & weight: 490(W) x 340(D) x 240(H) mm, Net about 13kg

Tensile test
ㆍCan auto-tune control parameters in real-time based on measured test force and strain data
– Iron and steel – In addition to conventional stress control, easily perform tensile testing with strain control according to ISO 6892-2009 and JIS Z2241-2010
– Plastics and resin – Measure the modulus of elasticity in the ultra-small strain domain according to ISO 527, ISO 178, and JIS K7171
Ceramics – Avoid sample damage as the AGS-X provides exact control right from the start of testing

ㆍAccurate Stress-Strain Curves with Class 0.5 Load Cells and High-Speed Data Sampling
– ±0.5% accuracy load cells with a wide, guaranteed range from 1/1 to 1/500 of the maximum capacity help improve testing efficiency because multiple tests can be performed without switching load cells and accessories. Furthermore, high-speed data sampling of up to 1 msec (1 kHz) ensures no missed strength changes.

ㆍComprehensive Safety Measures
– Safety functions include one-touch stroke limiters to stop testing when a certain stroke is achieved, optional safety covers to protect the operator from any specimen debris, and easily accessible emergency-stop switches

Fume Hood
This Fume Hood has the function of “By Pass Air type” .And, exhaust blower motor R.P.M can be automatically control the capacity (low, medium and high custom) with height of door. According to this features, it can be efficient energy consumption for air-condition. Also, it can be maintained pleasant experimental space operating low custom mode without experimenter for 24 hours.

Chemical batch
Instruments for soft and general chemistry
Including heater and reflux system

Convection Oven
– 220V 10A
– Temperature range +15 to 250℃
– Temperature heating time to 100℃ 25min

Paste mixer
Floor stand model – H380 X W300 X D340 (mm) – 18kg SR-500

Drying oven
– Electrical requirement: 220V 50/60Hz
– Temperature range: RT +10 ~~ 300℃
– Display resolution: 0.1℃
– Temperature stability: ±0.1 ℃
– Ambient temperature: +5~40 ℃

– Accuracy 0.01g
– Maximum capacity 4200g
– Readability 0.01g

Nitrogen gas generator
– Max Flow Rate (ATP): 30 l/min
– Outlet Pressure: 7 bar / 100psi
– Air Compressor: Yes
– Nitrogen Pressure Dewpoint: -40°C / -40°F
– Particles >0.01 um: None
– Suspended Liquids: None
– Phthalates: None
– Commercially Sterile: Yes
– Min-Max Air Inlet Pressure: N/A
– Maximum Ambient Operating Temperature: 30°C / 86°F
– Noise Level: 59 dB(A

High precision desktop robot with nano-dispenser
Repetitive positioning accuracy 0.01mm
Resolution 0.0125mm
Maximum feed speed 800mm/sec
Operating area 100mm*100mm
Effective for super-small volume dispensing, precision split position dispensing, and filling to a specified level.
Dispense as little as 1/1,000,000 ml low viscosity fluid material.
Eliminates fluid drips using our proprietary plunger system
Enter the dispensing volume directly as a number.
Offers excellent operability and high repeatability.
Continuous dispensing of super-small volumes.
Equipped with a low material level alarm.

Vacuum oven
– Ideal for general drying, curing, conditioning, desiccating, moisture testing, plating, aging tests
– Vacuum controls equipped with separate vacuum and gas ports,each with its own 3-way valve
– Digital display and PID-A temperature controller
– Hold open type door catcher
– Adjustable over heating protection safety device
– Viewing window / Tempered safety glass, 15t

Ultrasonic Processor
Power Supply 
– Net power output : VC 505-500 Watts.
– Frequency : 20 kHz.  
– Remote actuation compatible. 
Sealed Converter 
– Model CV 33.  Piezoelectric Lead zirconate titanate crystals(PZT)   
– Diameter : 63.5 mm, 
– Length : 183 mm   
– Weight : 900g 
– Cable length : 1.8m
Standard Probe
– Tip diameter : 13 mm solid or with threaded end and
– Replaceable tip. 
– Processing capability 10 ml to 250 ml 
– Length : 136 mm,     
– Weight : 340g 
– Titanium alloy : Tl-6AL-4V

Ultrasonic Cleaner
– Tank Size : 325 x 176 x 153 (W x D x H, mm)
– Overall Size : 455 x 298 x 267 (W x D x H, mm)
– Temp Range : 0 ~ 70 ℃
– Time Range : 0 ~ 99 min
– Transducer : BLT Type
– Frequency : 40kHz
– Ultrasonic Power : 150W

Bar coater
The machine is used to automatically apply ink, paint, adhesives and emulsion resin to paper, film and metal, using a film applicator such as baker applicator, doctor blade, bar coater and film applicator equipped with a micrometer. This eliminates irregularities in application and differences among the operators.

Spin coater
– Spin rate: ~6000rpm
– 10000rpm/sec, max < 5%

UV lamp
365nm Xenon-mercury lamp

Glove box
UV lamp (mercury) in glove box

Plasma cleaning system
Low cost, low volume system with sequencer control.
Two 12.75 in. x12.75 in. electrode sets.
Parallel plate design can be used in Active, Electron-free or RIE modes.

Natural convection oven
– 15°C above room temperature to 220°C
– Microprocess PID control / Auto-tuning / Calibration
– Digital timer: 1 min to 99 hr 59 min, delayed ON / OFF
– Over-temperature limiter / Door opening alarm
– Digital LED display (1°C resolution) with touch-sensitive keypads
– 3 different temperature values memorable without auto-tuning

Muffle furnace
– Digital PID Controller
– Simplest Control and LCD display
– Digital Timer Function : 99hours 59minutes
– Ceramic Fiber with bulit-in heating wire, 4-side heating
– Short Heating-Up Periods
– Heating from Four Side
– Low Weight and High Grade Insulation

Water Purification System
– Product flow rate : Max 15L/hr
– Daily Volume : 60L/day
– Water Quality : RO=RO=0.30µs/츠, UP≤18.3MΩcm, TOC:5~10ppb, Endotoxin<0.125Eu/ml, Bateria0.22 µm/ml)<1
RTA (Rapid Thermal Annealing)
Rapid Thermal Annealing refers to a semiconductor manufacturing process which heats silicon wafers to high temperatures (~900 °C) on a timescale of several seconds or less. Such rapid heating rates are often attained by high intensity lamps or lasers. These processes are used for a wide variety of applications in semiconductor manufacturing including dopant activation, thermal oxidation, metal reflow and chemical vapor deposition
E-beam evaporator
– Controlled by PLC-based Touch Screen
– Thermal evaporation sources and loadlock modules attached optionally
– Substrate Rotation for uniform deposition (speed : 10 ~ 20rpm)
– Automatic distance control between e-beam source and substrate
Elevator type furnace
Elevator furnace lining with high purity alumina ceramic fiber, and on the structure adopted special ceramic bolt structure, the temperature control by high precision SCR digital controller with accuracy +-1 C and multi-segments programmable

Lap of Optical Materials & Coating (LOMC), KAIST Room 2308, Building W 1-1,
Korea Advanced Institute of Science and Technology (KAIST), Daehak-ro 291, Yuseong-gu, Daejeon
Tel.042-350-5119 / Fax.042-350-3310