World Congress on Biosensors 2014

World Congress on Biosensors 2014
Biosensors 2014

Thursday, 5 May 2011

Oxford Instruments expansion strengthens company offering

A major expansion and improvement programme at Oxford Instruments Plasma Technology is delivering key benefits to customers. Investment in a number of key areas of the business has resulted in faster and more streamlined manufacturing, superior research facilities and more comprehensive customer support.

“Our workforce has grown by over 30% in the past 12 months enabling us to react quickly to our significantly increased order book, and to provide faster product and process development for our customers”, comments Andy Matthews, MD of Oxford Instruments Plasma Technology, “As a leader in high technology equipment manufacture, we have responded to the demands of our industry to ensure we are as competitive as possible, and to retain our reputation for producing world class products and creating long term relationships with our customers based on trust and respect.”

The company has incorporated parallel build and test bays in Manufacturing for production of its etch, deposition and growth equipment, offering more flexibility to respond to customer requirements, and reducing manufacturing lead times. This has resulted in more efficient manufacturing processes for repeat products, in supplying equipment for instance to the fast growing HBLED production market. These extensive changes have increased our production capacity by approx 50%.

New R&D and applications laboratories have been built with expanded capabilities, and the Company has appointed a number of additional Process Engineers. The applications laboratories house the company’s range of etch, deposition and growth equipment, including PlasmaPro, FlexAL ALD and Nanofab nanoscale growth tools manufactured at the Bristol, UK facility, where customer samples are run, and new processes developed.

Dedicated engineering and software development suites, and a specialist training department have also been created in order to maximise the company’s capacity to deliver quality tools and support to its customers. 

“This major investment in both staff and facilities supports our ability to meet the needs of our diverse customer base”, says Dan Ayres, General Manager at Oxford Instruments Plasma Technology, “alongside our global team and supply base we’re able to continually improve our quality and delivery performance whilst innovating our product and process offering.”

Wednesday, 4 May 2011

Just Published: Trends in Analytical Chemistry


A new issue of this journal has just been published. To see abstracts of the papers it contains (with links through to the full papers) click here:

Precise & Accurate Measurement of Target Copy Number

Fluidigm Europe has announced a new technical report that describes experimentation on a normal human genomic DNA sample using a prototype 200k Digital Array Chip on a modified BioMark™ System.

Fluidigm's commercial Digital Array chips provide a flexible and robust platform to perform digital PCR and have been used in sample quantitation, rare mutation detection, haplotyping, and copy number variation studies. The new 200k chip prototype is more powerful and enables an even more precise and accurate measurement of target copy number.

Two forms of commercial Digital Array chips are currently available, which have configurations known as 12.765 and 48.770 (with 9,180 and 36,960 reaction chambers each). In this new report the authors show a prototype 200,000 chamber version of the Fluidigm Digital Array chip and demonstrate that the experimental process is further simplified and the copy numbers of two single copy genes (RnaseP and RPP30) can be measured at a much greater accuracy.

The BioMark HD system is the latest and most advanced real-time PCR system developed by Fluidigm.  The system provides you with the ability to use a wide variety of sample types, multiple chemistry choices, and an industry leading degree of flexibility. The system offers unparalleled throughput for real-time PCR and digital PCR, integrating thermal cycling and fluorescence detection on Integrated Fluidic Circuits (IFCs). The BioMark system used for the 200k chip experiments was modified by the addition of a higher resolution CCD camera.

A copy of the technical poster may be downloaded from www.fluidigm.com/home/fluidigm/Posters/Poster_AMN_2011_200K_dPCR.pdf or is available on request by contacting info-europe@fluidigm.com.  

Tuesday, 3 May 2011

Just Published: Journal of Pharmaceutical and Biomedical Analysis

A new issue of this journal has just been published. To see abstracts of the papers it contains (with links through to the full papers) click here:

Traceable® Ultra-Low Flow Meter

Control Company’s new Traceable® Ultra-Low Flow Meter is compact, fully contained, ready to operate, no assembly required. Ready to run right out of the box. Simple 4 button operation (Flow/Total, Units, Zero and Power) and easy to read LCD display make this flow meter extremely user-friendly. Display shows the current flow and total accumulated flow.
Accuracy is ±2% full scale with liquid temperatures of 20° to 30° C; otherwise, ±4% full scale. May be used with fluid temperatures from 32 to 122°F (0 to 50°C). User may adjust a viscosity compensation correction. Chemically resistant nylon 1/16 barbed inlet/outlet connectors are compatible with all types of tubing.
To assure accuracy an individually serial-numbered Traceable® Certificate is provided from our ISO 17025 calibration laboratory accredited by A2LA. It indicates traceability to standards provided by NIST (National Institute of Standards and Technology).
Supplied with a wall power adaptor and a battery connector for portable use. Meter draws so little power it will run for six months on a car battery. Housing is constructed of chemical-resistant ABS plastic. Size is 6-5/8 x 4-3/4 x 4-1/2 inches and weight is 1 pound. One-year warranty.
For more information, contact Control Company, 4455 Rex Road, Friendswood, TX 77546;  Phone: 281-482-1714; Fax: 281-482-9448;  www.control3.com;  E-mail:  sales@control3.com.    

Monday, 2 May 2011

Just Published: Talanta

A new issue of this journal has just been published. To see abstracts of the papers it contains (with links through to the full papers) click here:

Porous Materials Provide Precise Controlled Release of Chemicals & Fragrances

Porvair Filtration Group has announced that their Vyon® sintered porous plastic materials have been used to provide an efficient matrix for precise controlled release of chemicals and fragrances.

Vyon materials have been successfully used for many years for controlled release. A new fragrance release product has recently been developed using a new fine grade of the Vyon material. Combining high porosity and ultra fine microporous structure the new material delivers excellent controlled release performance over an extended period of time.

Applications that have benefited from the unique properties of Vyon sintered porous plastics include controlled release of disinfectant chemicals and fragrance emanation for a toiletry products manufacturer.

Available in sheet, tube, and almost any 3-dimensional molding in a range of pore sizes (10-100 micron) - Porvair Filtration Group offers a range of Vyon plastics that are FDA and WRAS approved, easily cleanable, strong, rigid and self-supporting with a long life expectancy and high resistance to chemicals. These materials can be purchased for OEM products or can be integrated and packaged into finished products.  Manufacturing of these specialist, high performance materials is underpinned by an ISO 9001-2000 quality assurance program.

For further information please contact Porvair Filtration Group on +44-1489-864330 / +1-804-550-1600 or email info@porvairfiltration.com.