In a hurry?

Discover Attension Theta Lite and all of its advantages in this 3 minutes long video.
Theta LIte

Measurements

  • Sessile drop For static contact angle measurement of a liquid droplets
  • Automatic DCA For dynamic contact angle measurement
  • Meniscus For static contact angle measurement with a fiber/rod
  • Pendant drop For surface and interfacial tension
  • Batch sessile drop For static contact angle measurements
  • Captive bubble For static contact angle measurement of a gas bubble
  • Reverse pendant drop For surface and interfacial tension

Disposable Dispenser

Eliminates
Contamination & Cleaning Process
Upgradable
upto 2 dispensers

Key features

  • Protective and small-footprint design

    Can be utilized both in the laboratory and on-site environment

  • Fully assembled

    Comes ready to use

  • Batch quality control

    For efficient industrial checks 

  • Easy to use

    Allowing variation between users

  • Controlled droplet volume

    Reduced result discrepancies

  • Camera

    Captures wetting phenomena up to 2247 FPS and performs precise analyses with 1900 x 1200 pixel resolution
All-inclusive system

Software that is all-inclusive, with unlimited licenses and free updates!

Every Attension Optical Tensiometer is complemented by seamlessly integrated sophisticated OneAttension software. Our software updates are effortlessly automatic and, best of all, completely complimentary.

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Applications

  • Electronics
  • Environment
  • Batteries
  • Food & beverages
  • Chemicals
  • Energy
  • Coatings
  • Paper & board
  • Biotechnology & medical devices
  • Pharmaceutical
  • Oil & gas

Attension Theta Lite Demo

Take a closer look at the instrument, One Attention software and how to set up for most commonly used measurements!
Watch the full demo
lite

A closer look

Dive into the specifications of Theta Lite and compare it to Theta Flow and Theta Flex to find out what you need. Consider automation level and need for double dispensers for handling more than one liquid. 

 
Theta Flow
Theta Flex
Theta Lite

Available Measurements
Static contact angle and captive bubble
Batch contact angle
Dynamic contact angle
Meniscus contact angle
Surface/Interfacial tension
3D surface roughness and roughness-corrected contact angle
 –
Interfacial rheology
 –
Surface free energy

Zisman Plot, OWRK/Extended Fowkes, van Oss Acid-Base, Wu, Neumann’s Equation of State, Schultz 1 and 2

Software and hardware
Measuring range (°, mN/m)

0…180, 0.01…2000

 0…180, 0.01…2000 0…180, 0.01…2000
Accuracy (°, mN/m)

±0.1, ±0.01

 ±0.1, ±0.01 ±0.1, ±0.01
Maximum sample size (mm)

Unlimited×100×360

 Unlimited×100×360 (with stage) Unlimited×45×200 (with stage)
Integrated sample holders
Maximum resolution (px)

2592 x 2048 (5 MP)

 1936 x 1216 (2.3 MP)
 1936 x 1216 (2.3 MP)
Maximum measuring speed (fps)

3422

 2347 2347
Camera

CMOS 1'' USB 3.0 digital camera with zoom

 CMOS1/2.3" USB 3.0 digital camera with zoom CMOS1/2.3" USB 3.0 digital camera with fixed zoom
Image focusing

Software-controlled autofocus, manual fine focus in optics

 Manual fine focus in optics Manual fine focus by optical rail
Image quality

Enhanced with DropletPlus technology, Native

 Native Native
Camera protection

Inside instrument covers

 Inside instrument covers Inside instrument covers
Camera view angle (°)

-4 ... 2.5, with digital scale

 -4.5 ... 2.5, with mechanical scale -2 ... 2
Light source and size

LED based homogeneous background lighting, 62 x 62 mm

 LED based homogeneous background lighting, 62 x 62 mm LED based background lighting, Ø 20 mm
Field of view (Ø, mm)

1.35 ... 52.9

0.95 ... 26

2.3 ... 7.8
Measurement indicator LED
 –
Integrated touch display
 – –
Environment monitoring
 – –
Disposable tip dispensing
Software

OneAttension, includes all measurement modes

OneAttension, includes all measurement modes

OneAttension, includes all measurement modes
Dimensions — Basic frame (L×W×H, mm)

765 x 230 x 435

 765 x 230 x 435 495 x 130 x 310
Weight — Basic frame (kg)

29

 26 5
Power supply (VAC)

100...240

 100...240 100…240
Frequency (Hz)

50...60

 50...60 50 ... 60

OneAttension Software

We made our software for Attension Theta Lite with you in mind. It is a fine combination of a very intuitive interface and high functionality. Follow your experiment live, and get the results within seconds. OneAttension is analyzing made easy. Let's have a look at the features! 

OneAttensionThetaLite

OneAttension Features

  • User friendly interface
    To get you going in no time
  • Fully automatic dynamic contact angle mode with the needle method
    For user independent results
  • Automatic baseline detection and drop shape fitting
    For simplicity and precision
  • Batch angle mode
    When you have plenty of tests to run in no time
  • Meniscus contact angle mode
    When you are finding out the contact angle of fibers
  • Automated liquid purity checkup
    So you can trust your results

Wetting and Adhesion analysis is now part of the all-inclusive OneAttension software!

Add more possibilities

A range of different accessories and modules expand the capabilities of the New Dispensers from Attension Theta Lite. Explore the possibilities to widen your measurements with our selected favorites, or see the full list below. 

c208w

Fluid bath heated cuvette chamber for interfacial tension studies with separate cuvette, 100°C (C208W)

For measurement of interfacial tension between two liquids by pendant/raising drop method. Includes cuvette C208C andwater bath thermostatted sample stage cuvette holder. Requires water bath.
c203w

Measuring chamber, fluid bath heated, 110° C (C203W)

Thermostatted fluid bath measuring chamber for air phase temperature control of substrate and drop. Requires fluid bath
c218

Tilting stage (C218)

Tilting stage with manual tilting. Used for studying dynamic contact angles. Tilting range from 0 to 90°. Coarse and fine tilting movement.

What others say

Our instruments are present at many prestigious universities and research facilities world wide. Take a minute to find out what others say about Theta instruments. 

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Ville Jokinen, Aalto University

"When you're working with the instrument every day, automated reliable measurements are very important."

 

Aalto_University_logo-sv

Aalto University, Finland

Aalto University is a top Finnish university combining science, technology and arts into a collaborative environment for both scientific communities and companies. Our contact angle meters and tensiometers have been used there in research for decades. 

citat8

 

Terry Qian, GSM, Apple

"I’m satisfied with Biolin Scientific customer service, quick response, efficient on-site support to setup the instrument and train end user on how to handle the machine properly. In especially urgent cases, Biolin Scientific always try to allocate resources to fulfill Apple needs. I really appreciate it."

apple_logo-450

Apple

Apple is an innovative American multinational technology company founded in 1976. 

Learn more

We have gathered all our in-depth knowledge associated with Theta Lite. Browse around amongst webinars, case studies and white papers to find a topic of interest. 

  • Attension
Surface Free Energy Methods
Overview

Surface Free Energy Methods

You get an introduction to surface free energy methods and a comparison chart.

Get it
  • Attension
Contact Angle - What is it and how do you measure it?
White Paper

Contact Angle - What is it and how do you measure it?

Learn more about one of the most used measurement method to study the wettability of the surface.

Download
  • Attension
Surface Evaluation for Good Wettability and Coating Adhesion
Webinar

Surface Evaluation for Good Wettability and Coating Adhesion

As wettability is the most important factor indicating good adhesion, contact angle measurements are commonly used to ensure process quality.

Go there
  • Attension
Characterizing Water Repellency with Dynamic Contact Angles
Webinar

Characterizing Water Repellency with Dynamic Contact Angles

Learn about dynamic contact angles from our experts, and find out why it is useful when characterizing the water repellency of a surface.

Go there
  • Attension
Superhydrophobic and Superhydrophilic Surfaces for Cell Trapping
Webinar

Superhydrophobic and Superhydrophilic Surfaces for Cell Trapping

Check out the webinar by Ville Jokinen, PhD from Aalto University on Superhydrophobic and Superhydrophilic Surfaces for Cell Trapping

Go there
  • Attension
Determination of Optimal Plasma Treatment Time of Polypropylene
Case Study

Determination of Optimal Plasma Treatment Time of Polypropylene

Learn how contact angle and surface free energy can be utilized to determine the optimum plasma treatment time.

Get it
  • Attension
Surface and Interfacial Tension
White Paper

Surface and Interfacial Tension

Study the different measurement methods to select the best choice for your application.

Download
  • Attension
Surface Tension and Surfactants in Industrial Processes
Webinar

Surface Tension and Surfactants in Industrial Processes

Get an overview of how surfactants are used in industrial processes.

Go there
  • Attension
How to Measure Superhydrophobic Surfaces in Practice?
Webinar

How to Measure Superhydrophobic Surfaces in Practice?

Learn how your measurements should be conducted for reliable results and what instrumentation you need.

Go there
  • Attension
Wettability Measurements in Biomedical Applications
White Paper

Wettability Measurements in Biomedical Applications

Read how wettability measurements have been utilized in biomedical research

Download
  • Attension
Attension® Theta Lite - Online demo
Demo

Attension® Theta Lite - Online demo

Attension® Theta Lite Tensiometer is equipped with a range of innovative features, including automated measurement options, customizable testing protocols, disposable pipettes, and intuitive software for data analysis.
  • Attension
Contact Angle Measurements in Electronics
Overview

Contact Angle Measurements in Electronics

Learn how contact angle measurements can be utilized in electronics.

Get it
  • Attension
Evaluation of Biomedical Coatings with Contact Angle Measurement
Case Study

Evaluation of Biomedical Coatings with Contact Angle Measurement

Learn how contact angle measurements can be used to evaluate biomedical coatings.

Get it
  • Attension
Surface and Interfacial Tension
White Paper

Surface and Interfacial Tension

Learn what it is and read our review of the most commonly used measurement techniques.

Download
  • Attension
Surface Free Energy - What is it and how to measure it?
White Paper

Surface Free Energy - What is it and how to measure it?

We explain the concept of surface free energy and present the most important theories behind it.

Download
  • Attension
Surface Free Energy in Practice
Webinar

Surface Free Energy in Practice

We give you the reasons why to measure surface free energy and show how it is done.

Go there
  • Attension
Wettability of Contact Lenses
Overview

Wettability of Contact Lenses

Get an overview of wettability and contact angle on contact lens and an introduction to captive bubble method.

Get it
  • Attension
Adhesion - How to Use Contact Angle to Predict Adhesion and Bonding
White Paper

Adhesion - How to Use Contact Angle to Predict Adhesion and Bonding

Adhesion is important in all applications where two dissimilar materials are adhered together. Contact angle measurements can be used to predict adhesion.

Download
  • Attension
Using Contact Angle Measurements in Surface Research and Quality Control
Webinar

Using Contact Angle Measurements in Surface Research and Quality Control

Get an understanding about how contact angle measurements are utilized in industry to optimize and control surfaces.

Go there
  • Attension
The Importance of Surface Tension in Industry
Overview

The Importance of Surface Tension in Industry

Detergents, paints, food. We give you examples to how surface and interfacial tension measurements are utilized in different industries.

Get it
  • Attension
The Importance of Contact Angle in Industry
Overview

The Importance of Contact Angle in Industry

Get examples of how contact angle measurements are utilized in different industries.

Get it