Solida Biotech manufacture a wide range of bioreactors, fermenters, at-line analysers, CIP/SIP systems and process vessels for research, development, and production, suitable for fermentation, cell culture, stem cells, enewable technologies, algae, biomass, biofuel, hydrolysis and more.

Solida Biotech Advantages

• Flexibility
• Custom made solutions
• Complete Engineering management
• Full control of the manufacturing chain including third party suppliers
• Automation and Software solutions for laboratory and industrial applications
• High quality Stainless steel and ancillary components
• Competitive Prices
• Efficient after sales support
• Turn-Key projects
• Searching and Transferring of Technologies
• Application support for Fermentation, Cell Culture and Renewable energies

Laboratory and industrial production process control requires a fast and accurate analysis of sample to allow optimum operating conditions to be set and maintained. This can apply equally to food and beverage production, pharmaceutical products or biopharmaceutical manufacturing systems for both cell culture and microbial applications. The speed and flexibility of our enzymatic laboratory analysers makes them ideal for quality control purposes. A printed result is obtained typically within 20 – 25 seconds from sample injection. New analytical assays are continually being developed; for example measurement of methanol from dimethyl dicarbonate (DMDC) preservation of juices and other beverages but also NAD and NADH for industrial control purposes.

Testing Machines Inc., is globally recognized as the leading supplier of coefficient of friction instrumentation. Our NEW 32-76e coefficient of friction/peel tester uses advanced digital force signaling and high-speed data acquisition software to provide unmatched precision and repeatability in COF and peel testing.

Improved features include a color touchscreen display and intuitive software user interface for easy navigation and test method storage.

New peel testing capabilities include 180° peel and T-peel measurements.

Microprocessor control and operator-friendly software makes the 17-76 simple to operate. A new Servo motor design provides closed loop feedback for accurate and repeatable position control.  Ergonomic control layout maximizes the testing sequence while minimizing sample testing errors resulting in incorrect data.  The instrument meets or exceeds all international testing standards for accuracy, precision, and parallelism.

System software includes 8 corrugated test methods for quick access including: RCT, CCT, ECT, CMT, FCT, PAT, CLT and SQT- score test which calculates score ratio of scored verses unscored samples.  Test methods can be created by the operator and stored for future reference to simplify test set up. Other compression methods include peak force, peak height and stack load.

The Digital Ink Rub Tester uses the Sutherland-method and is designed to measure scuffing or ink rub resistance. Several tests can be performed including dry rub (the amount of transfer ink from one dry surface to another), wet rub (the amount of transfer of ink from wetted surface to another), wet bleed or transfer (ink transfer to a water-saturated blotter), wet smear (similar to wet bleed with the addition or rub cycles), functional rub/wet rub (smear or transfer tests using a liquid other than water and hot abrasion). An optional heated weight provides the 10-20 Rub Resistance Tester with a uniform test for evaluating hot abrasion resistance of printed materials like fabric, plastics.

An automatic, digital tear tester equipped with an optical encoder for measuring the angular position of the pendulum during tearing and converting this measurement to tear strength units. A large, full-color touchscreen display with intuitive, easy-to-use software provides a revolutionary new approach to testing and data review.

The Internal Bond™ Tester is designed to determine the internal bond strength of a variety of Paper and Board materials according to TAPPI T 569 and ISO 16260. The instrument design is based on a falling pendulum which creates a high speed impact on a paper specimen. The paper specimen is sandwiched between two double-coated tape substrates. The pendulum impact measures the total energy required to delaminate the internal fibers of a specimen in a “Z” type direction into two plies.

An automatic sample preparation station (Model 80-30) is available which allows five specimens to be accurately pressed and cut simultaneously. The prep station includes a safety enclosure over the cutting blades, eliminating the use of box cutting knives to separate the individual test specimens.

The Liberty16 is your personal qPCR machine. Run your samples without waiting, using a beautiful device that sits neatly on your bench.

It even has a robust, stylish aluminum casing which makes it standout wherever you are.

It doesn’t even need a laptop to run. Download the powerful Ubiquitome iPhone app from the App Store. It allows you to set up your run, view the run in progress, call Cq’s dynamically and even upload your data to share in the cloud.

United’s Tru-Blue II is an all scale computer-controlled Rockwell hardness tester utilizing a precision load cell for accurate force measurement. Tough, durable and easy to use. Removable clamping device allows for supporting odd shaped and large heavy parts.

What is Rockwell Hardness Testing?

The Rockwell Hardness Test is generally a non-destructive test performed on samples when it is necessary to determine how hard a material is.  Hugh M. Rockwell (1890–1957) and Stanley P. Rockwell (1886–1940) from Connecticut co-invented the first tester and a patent was granted in 1919. The Rockwell Hardness test is generally considered easier to perform compared to other methods such as Vickers or Brinell.

Hardness is defined as a material’s resistance to permanent indentation. Current Rockwell Hardness test methods are specified in ASTM E-18 and anyone wishing to perform a Rockwell Hardness test should become familiar with this test standard.

Rockwell Hardness Test Procedure

The Rockwell hardness test consists of indenting the test material with a diamond cone or hardened steel ball indenter. Each time a test is performed two loads are applied to the sample being tested. First, the indenter is forced into the test material under a preliminary minor load and this depth is recorded. With the minor load still applied an additional load is introduced known as the major load which increases the depth of penetration on the sample. The Major load is then removed, and the force on the sample is returned to the minor load. The increase in the depth of penetration that results from applying and removing the major load is used to calculate the Rockwell hardness value.