Newsletter
Automate your Laboratory
with Hudson Lab Automation
Hudson Lab Automation (HLA) offers a wide range of options, configurations and products to fully automate laboratories in a customized manner. This includes small automation steps such as moving a plate from stackers to a reader or complex automation involving several devices including third party instruments. HLA partners with other companies such as BioRad, Sartorius or
Gator Bio to offer suitable solutions for every customer.
One of the necessities in lab automation are robotic arms. HLA offers here two main choices: the multi-tool PlateCrane™ EX and the versatile SciClops™. Both instruments are robust, reliable and handle plates seamless moving these from instrument to another instrument or stackers also working together with nearly any third party device.
Another basic tool to fully automate lab processes is software. HLA has the perfect choice in their portfolio: SoftLinx™ V. A powerful and easy to use lab automation software allowing to control not only all instruments from HLA but also any third party instrument. Over 300 plug-ins for commercially available devices from well-known companies are already developed and further can easily be added to this powerful all-in one solution.
Biomomentum
Advanced Mechanical Testing Systems
for Biomaterials and Tissues
Since 1999, the configurable mechanical tester from the Canadian company Biomomentum has supported scientists worldwide in advancing and publishing innovative research on biomaterials, biological tissues, and soft materials. Its modular design, compact footprint, and wide range of customization options make this premium testing system ideally suited for modern biomaterial research laboratories. Easily upgradable with motorized stages, load cells, and dedicated accessories, the system evolves seamlessly alongside changing research needs, delivering long-term flexibility and performance.
The Mach-1 multiaxial mechanical tester is a unique all-in-one system designed for compression, tension, shear, friction, torsion, and 3D indentation mapping. Its exceptional versatility makes it suitable for a wide range of mechanical testing applications. Widely adopted in university laboratories worldwide, the Mach-1 is also recognized as an excellent educational platform, enabling students to gain hands-on experience with advanced biomechanical and materials testing techniques.
Biomomentum offers a full-service approach to biomechanical testing. In addition to conducting highly controlled experiments using state-of-the-art technology, its expert team follows rigorous Standard Operating Procedures, develops reliable testing protocols, and delivers accurate data analysis reports in full compliance with Good Laboratory Practice (GLP).
Biomomentum’s Mach-1™: Innovating Global Solutions for Biomaterials and Tissue 3D Normal Indentation Mapping Testing to Advance Science, Medicine, and Patient Care.
Upcoming Exhibitions
02nd – 03rd March, Westfälische Hochschule - University of Applied Sciences, August-Schmidt-Ring 10, 45665 Recklinghausen, Germany
- Main exhibit:
- Impedance based flow cytometer Ampha X30 (Amphasys)
4th March, Casino Jahrhunderthalle Frankfurt, Pfaffenwiese 301, 65929 Frankfurt am Main, Germany
- Main exhibits
- 5-position shaker (Bellco Glass)
- Glucose measuring device and test strips (Esco Bioengineering)
- Plates: Assay, Solid/Clear/Glass Bottom, SPE, Plant Genomic, Deep-well, Filter (Porvair Sciences)
- Sealing foils and mats (Porvair Sciences)
- Glassware for cell culture
- standard and chemical laboratories (Bellco Glass, Chemglass Life Sciences, SciLabware)
- microscope slides and other laboratory helpers
17th – 20th March, Heinrich-Heine University Düsseldorf, Building 22.01 Roy Lichtenstein, Universitätsstraße 1, 40225 Düsseldorf, Germany
- Main exhibits:
- Cellular Biomechanical Systems from Flexcell International (Tension, Compression, Tissue Engineering, Shear Stress, Mechanobiology, 3D Culture)
- „ECIS Z-Theta System” for cell impedance measurements with 16-well Array Station
- TEERZ station for TEER measurement and choice of arrays (Applied BioPhysics)