Excellent reproducibility and accuracy are obtained by using separate transducers for monitoring low and high pressures.

• Dual free-space measurement for accurate isotherm data
• Free space can be measured or entered
• Correction for non-ideality of analysis gas using NIST REFPROP compressibility factors calculated from multiple equations of state
• Reports provided as interactive spreadsheets
• Isotherm and weight percentage plots created automatically
• Tables of raw data used for report calculations
• Real-time charts for Pressure vs. Time and Temperature vs. Time
• Gas mixtures with up to three components can be used
• Kinetic data provided for rate of adsorpotion calculations
• Langmuir equation used to model Type I isotherms
• High-precision, solid-state design high-pressure transducer provides a reading accuracy of ±0.04% full scale with a stablility of ±0.1%
• Low-pressure pressure transducer provides a reading accuracy of ±0.15% of value
• System can attain a maximum pressure of 200 bar
• Hydrogen gas sensor automatically shuts down the system should a hydrogen leak occur
• BET surface area, Langmuir surface area, and total pore volume calculations included

Temperature

• 10 to 45 °C (50 to 113 °F.)
• 10 to 55 °C (14 to 131 °F.)

• Du NÕuy ring ( Platinum- Iridium ) method / Wilhelmy Plate method
• Auto Calculation of Surface Tension
• Ergonomic , user friendly design
• Automatic or Manual lift system
• Accurate and simple operation
• Temperature Control : -10 ⁰ C to 100 ⁰C
• Print function for DST 60 and DST 100

• Measurement of Surface and interfacial tension of liquid
• Determination of properties of surfactant / emulsifying agents
• Petroleum and fuels applications
• Evaluation of the reformulation of paint and ink
• Chemical / Biological application

• Heat / Cool circulator ( -10 ⁰ C to 100 ⁰C )
• Thermal Chamber
• Printer Function

The sample stage can be automatically operated so that the errors from the manual operation can be significantly minimized and the accuracy can be maximized. The surface and interfacial tension results can be obtained quickly with no additional calculations and the measured results and data can be shown easily on the LCD display and printed out.

• Du NÕuy ring ( Platinum- Iridium ) method / Wilhelmy Plate method
• Auto Calculation of Surface Tension
• Ergonomic , user friendly design
• Automatic or Manual lift system
• Accurate and simple operation
• Temperature Control : -10 ⁰ C to 100 ⁰C
• Print function for DST 60 and DST 100

• Measurement of Surface and interfacial tension of liquid
• Determination of properties of surfactant / emulsifying agents
• Petroleum and fuels applications
• Evaluation of the reformulation of paint and ink
• Chemical / Biological application

• Heat / Cool circulator ( -10 ⁰ C to 100 ⁰C )
• Thermal Chamber
• Printer Function

Solution for :

• Dynamic Contact Angle of general solid materials
• Dynamic Contact Angle of a powder using Washburn Method
• Surface / Interfacial Tension
• Surface energies, wettability, cleanliness and topographical homogeneity of solid sheets, films and fibers
• Dry material adsorption, wicking rate
• Surfactants analysis with the automatic / manual Critical Micelle Concentration ( CMC) software

SEO Quantum-S is a window based software which accomplishes all DCA functions with ease, using Wilhelmy Plate or DuNộuy ring methods

• Dynamic Contact Angle Measurement
• Surface Tension Measurement accordance to ASTM / DIN/ ISO
• Interfacial Measurement
• Surface Energies Measurement
• Surfactant Studies ( Critical Micelle Concentration, CMC) with optional accessory

• Film / Fibers
• Powders
• Composites
• Adhesives
• Bio Polymers
• Inks
• Paints
• Oil Recovery
• Shampoos
• Cosmetics
• Detergents
• Pharmaceuticals
• Eye-care products
• Moisture Barriers
• Semiconductor & Electronics
• LCD, OLED displays

The Quantum-S software is designed for all SEO DCA systems operates under the Quantum-S Software. The DCA software allows method storage, development, real time, buoyancy correction and a complete range of analysis, including an automatic run mode. The SEO DCA software expands your analysis capabilities even further by offering the following;

• Critical Surface Tension – Zisman Plot
• Surface Energies ( Geometric, Harmonic, Lewis Acid/Base )
• Washburn Method
• Density Measurement
• Liquid Surface Tension components
• Wicking rate measurement
• Data can be exported as an Excel file, offering the highest flexibility
• Data acquisition and data analysis can be performed automatically and / or manually according to method and setting
• User can test CMC doser and stirrer and temperature accessory separately

1.Dynamic contact angle measurement

2.Support Zisman plots

3.Density measurement

4.Automatic calculate surface tension of FMax value

5.Displaying entire measuring process

6.Automatic register results value of Surface tension

7.Results data, able to export to excel

8.Able to graph zoom in and out

9.Automatic recognize liquid surface by weight changing

10.Powder contact angle by Washburn method

11.Calibration function

The Phoenix series is designed to offer the flexibility required for Q.A, R&D, and engineering process development.

• Automatic and rapid sample analysis and high-speed dynamic image capture
• Improved precision and reproducibility by the elimination of operator error
• Data checking instantly without open analysis window by preview result function
• User-friendly surface energy calculator function with 3 syringes system
• User-friendly test conditions memory recipe function on each sample
• Available to connect to Laptop or Desktop PC via USB port
• Auto calculation of surface energy and work of adhesion
• High-resolution and powerful image capture system
• Sessile drop method and automated drop to touch-off
• Fully automated software control of 3 syringes independently
• Automatically drop volume control by software
• Smart capture for super hydrophilic material
• Head module up and down automatically
• Precise calculation of drop volume
• Data comparison function

• Semiconductor applications
• Detection of organic contamination on PCB and electronic components
• Evaluation of cleanliness / treatment / coating processing
• Hydrophobicity and hydrophilicity of solid surfaces
• Biological application such as the detection and characterization of proteins
• Adsorption / Wettability of powder and pharmaceutical products
• Analysis of plasma treatment to increase the wettability of polymers surfaces

1.Static Contact angle measurement

Measurement range : 0~180°

2.Captive dynamic contact angle (Applied only Smart -A, Smart-T, model only)

3.Easy Surface Energy calculator (GGFY, Owens Wendt, Lewis method)

Using measured contact angle data itself

4.Surface tension by pendent drop method

(1mN/m ~ 1000nM/m)

5.Curved surface sample measuring function

6.Automatic capture at after thermodynamic Equilibrium

(Applied only “Smart -T” model)

Able to get contact angle data from three phases thermodynamic equilibrium

3.Automatic capture at after thermodynamic Equilibrium

Contact angle is based on three phases equilibrium, but it is dependent on Sample’s property. There is different equilibrium time for different sample.  User is able to set equilibrium  time as above.

4.Manual mode for critical sample

5.Auto calculate average

• Automatic calculation of the average contact angle data by the software based on the frames captured.

6.Graphical data

9.Manual define Base line function

• User can define the baseline manually for difficult to calculate contact angle

Typical Application

• Detection of organic contamination on a PCB or electronic components.
• Hydrophobicity and hydrophilicity of solid surfaces
• Biological application such as the detection and characterization of proteins
• Adsorption/Wettability of Powder and Pharmacy
• Analysis of plasma treatments to increase the wet ability on polymers surfaces

1.Static Contact angle measurement

Measurement range : 0~180°

2.Captive dynamic contact angle (Applied only Smart -A, Smart-T, model only)

3.Easy Surface Energy calculator (GGFY, Owens Wendt, Lewis method)

Using measured contact angle data itself

4.Surface tension by pendent drop method

(1mN/m ~ 1000nM/m)

5.Curved surface sample measuring function

6.Automatic capture at after thermodynamic Equilibrium

(Applied only “Smart -T” model)

Able to get contact angle data from three phases thermodynamic equilibrium

3.Automatic capture at after thermodynamic Equilibrium

Contact angle is based on three phases equilibrium, but it is dependent on Sample’s property. There is different equilibrium time for different sample.  User is able to set equilibrium  time as above.

4.Manual mode for critical sample

5.Auto calculate average

• Automatic calculation of the average contact angle data by the software based on the frames captured.

6.Graphical data

9.Manual define Base line function

• User can define the baseline manually for difficult to calculate contact angle

The Phoenix series is designed to offer the flexibility required for Q.A, R&D, and engineering process development.

• Data checking instantly without open analysis window by preview results
• Data comparison function
• Improved precision and reproducibility by the elimination of operator error
• Available to connect to Laptop or Desktop PC via USB port
• Auto calculation of surface energy and work of adhesion
• High-resolution and powerful image capture system,
• Automatic & manual image analysis

• Data checking instantly without open analysis window by preview results
• Static contact angles
• Sequence image captures by time basis & dynamic movies.
• Surface energy/surface tension by pendant drop method
• Real-time contact angle display
• Precise calculation of drop volume
• Data comparison functions

• Detection of organic contamination on PCB and electronic components
• Evaluation of cleanliness / treatment / coating processing
• Hydrophobicity and hydrophilicity of solid surfaces
• Biological application such as the detection and characterization of proteins
• Adsorption / Wettability of powder and pharmaceutical products
• Analysis of plasma treatment to increase the wettability of polymers surfaces

1.Static Contact angle measurement

Measurement range : 0~180°

2.Captive dynamic contact angle (Applied only Smart -A, Smart-T, model only)

3.Easy Surface Energy calculator (GGFY, Owens Wendt, Lewis method)

Using measured contact angle data itself

4.Surface tension by pendent drop method

(1mN/m ~ 1000nM/m)

5.Curved surface sample measuring function

6.Automatic capture at after thermodynamic Equilibrium

(Applied only “Smart -T” model)

Able to get contact angle data from three phases thermodynamic equilibrium

3.Automatic capture at after thermodynamic Equilibrium

Contact angle is based on three phases equilibrium, but it is dependent on Sample’s property. There is different equilibrium time for different sample.  User is able to set equilibrium  time as above.

4.Manual mode for critical sample

5.Auto calculate average

• Automatic calculation of the average contact angle data by the software based on the frames captured.

6.Graphical data

9.Manual define Base line function

• User can define the baseline manually for difficult to calculate contact angle

The liquid is dispensed using a precise manual system for small drop volume and with interchangeable tip size. The backlight system employed by the Phoenix Mini is designed to improve image quality which helps contact angle analysis.

• Precise contact angle measurements from 0 ⁰ to 180⁰
• Convenient operation and portability via IEE1394 or USN communication
• Auto calculation of contact angle & surface energy
• Easy and simple operation
• Static and Dynamic contact angle
• Advancing and Receding Contact angle by Captive method
• Sequence image capture by time basis & dynamic movies
• Sessile Drop | Pendant Drop Surface Tension
• Semiconductor applications
• Detection of organic contamination on PCB and electronic components
• Evaluation of cleanliness / treatment / coating processing
• Hydrophobicity and hydrophilicity of solid surfaces
• Biological application such as the detection and characterization of proteins
• Adsorption / Wettability of powder and pharmaceutical products
• Analysis of plasma treatment to increase the wettability of polymers surfaces

• Semiconductor applications
• Detection of organic contamination on PCB and electronic components
• Evaluation of cleanliness / treatment / coating processing
• Hydrophobicity and hydrophilicity of solid surfaces
• Biological application such as the detection and characterization of proteins
• Adsorption / Wettability of powder and pharmaceutical products
• Analysis of plasma treatment to increase the wettability of polymers surfaces

New Stage Features 1:

• Every main frame is able to change the length for its sample figure

New Stage Features 2:

New Stage Features 3:

• Total flexibility: Easy to upgrade ( Manual → Auto One Drop → Multi syringes ) by modular design main frame.
• Automation : Automatic measurement progress at once
• User friendly : Easy to transform for changed sample types
• Tool Free changeover: Additional tools are not required for modular change.
• Changeable module position : According to sample nature, module can be change to cater for diverse sample nature/ form factor
• Huge application advantage
• Thin sample : Use on Horizontal platform
• Bulky sample: move all modules ( camera, light source, stage, head ) into vertical position
• Data output : Data can be exported as Excel file, offering the highest flexibility for further data processing

• Static / dynamic contact angle ( captive method & tilting method )
• Surface energy calculation
• Surface tension and interfacial tension by Pendent drop method
• Curve sample surface contact angle measurement
• One click operation – All process from dispense one drop of test liquid, touch drop of the liquid to sample surface with just one click.

1.Static Contact angle measurement

Measurement range : 0~180°

2.Captive dynamic contact angle (Applied only Smart -A, Smart-T, model only)

3.Easy Surface Energy calculator (GGFY, Owens Wendt, Lewis method)

Using measured contact angle data itself

4.Surface tension by pendent drop method

(1mN/m ~ 1000nM/m)

5.Curved surface sample measuring function

6.Automatic capture at after thermodynamic Equilibrium

(Applied only “Smart -T” model)

Able to get contact angle data from three phases thermodynamic equilibrium

3.Automatic capture at after thermodynamic Equilibrium

Contact angle is based on three phases equilibrium, but it is dependent on Sample’s property. There is different equilibrium time for different sample.  User is able to set equilibrium  time as above.

4.Manual mode for critical sample

5.Auto calculate average

• Automatic calculation of the average contact angle data by the software based on the frames captured.

6.Graphical data

9.Manual define Base line function

• User can define the baseline manually for difficult to calculate contact angle

The Phoenix Alpha is lighter and has a smaller footprint than the Phoenix 300 series but has all functions needed for contact angle analysis.

• Semiconductor applications
• Detection of organic contamination on PCB and electronic components
• Evaluation of cleanliness / treatment / coating processing
• Hydrophobicity and hydrophilicity of solid surfaces
• Biological application such as the detection and characterization of proteins
• Adsorption / Wettability of powder and pharmaceutical products
• Analysis of plasma treatment to increase the wettability of polymers surfaces