Posts mit dem Label Devices werden angezeigt. Alle Posts anzeigen
Posts mit dem Label Devices werden angezeigt. Alle Posts anzeigen

Dienstag, 8. März 2016

Festo Showcases Automation Enabling Technology for High Speed Laboratory Devices



Festo modular automation systems help laboratory equipment manufacturers lower engineering costs, improve equipment performance, and bring products to market faster. (Festo Pittcon Booth #3923) Festo features at Pittcon 2016, March 6-10 in Atlanta, the company’s automation subassemblies for state-of-the-art laboratory equipment.





Equipment manufacturers partnering with Festo typically bring products to market faster. As a case in point, Anton Paar representatives will be in the Festo booth discussing the impact of Festo handling and microfluidic control automation on the development of the company’s new modular sample processor. This new Anton Paar machine automates sample preparation prior to analysis. The system makes many samples from one sample or combines a number of samples to make a single sample. The modular sample processor ensures specified concentration and blend. Low- and high-viscosity samples of up to 1000 mPa-s are processed quickly and accurately. The unit can be used for liquids, pastes, powders, and granules and gives repeatable and correct subsamples.


Festo mechatronic subassemblies on display

The EXCM Mini-H gantry is a compact handling system for laboratory automation and is one of a number of Festo systems on display at Pittcon. The EXCM planar surface gantry is fast, accurate, modular, and flexible. It is also plug-and-play for quick and easy start-up. This desktop system moves on a planar X/Y axis with an absolute positioning accuracy of + .05 inches (1.27 mms) and a repetition accuracy of + .01 inches (.254 mms).


The demonstration at Pittcon features the Mini-H gantry with a Z telescope slide axis, special application product, integrated with a Festo microfluidic dosing head. Festo modular dosing heads provide a range of dosing options from individually controlled valves to multiple heads controlled by a single valve. In addition to dosing, the EXCM with Z axis can be used for barcode-based sample identification and liquid dispensing/pipetting.


Another Festo demo simulates the transfer of whole blood from the specimen to an analysis chip within a small footprint device. In this demo, a gripper removes a vial from a tray and transfers it to an integrated rotary gripping unit. The system’s camera reads a barcode and approves eligibility for testing. The unit opens the vial and an integrated pipetting module with a disposable tip removes the specimen. After dosing the correct amount on the analysis chip, the tip of the pipette is disposed of in a sharps container and the vial is resealed. Key Festo components include the handling and microfluidics systems, controller, and software. One of the most time-consuming activities for equipment manufacturers is control and communication integration. This demo features the Festo CPX control system, which reduces engineering expense.


The new Festo Single Axis Variable Pitch Module (SVPM) is an ideal solution for applications such as lab sample preparation and for automating sample diluting or concentrating methods. The mechanical linkage of the SVPM permits pitch adjustment from a minimum of .35 inches (9 mms) to a maximum of 2 inches (50 mms). In the preparation of lab samples, individual pipettes can easily be mounted to each of the eight fingers. Using this configuration, eight pipettes can aspirate or dispense from a 96 well plate (8 x 12) at a .35 inch (9mm) pitch, then expand to a different pitch, as required by the application to aspirate, or dispense into a large variety of fluid containers such as tubes, chips, or vials.


Be sure to stop by the Festo Booth #3923 at Pittcon 2016 to see the various active demonstrations and the Anton Paar Modular Sample Processor. And for more information on Festo clinical laboratory automation solutions, call Festo at 800-993-3786 and visit http://www.festo.com/us.





About Festo

Festo is a leading manufacturer of pneumatic and electromechanical systems, components, and controls for process and industrial automation. For more than 40 years, Festo Corporation has continuously elevated the state of manufacturing with innovations and optimized motion control solutions that deliver higher performing, more profitable automated manufacturing and processing equipment.


Source: http://www.roboticstomorrow.com/




Festo Showcases Automation Enabling Technology for High Speed Laboratory Devices

Sonntag, 18. Oktober 2015

The new Dried Blood Spot Autosampler

Spark Holland has over 30 years’ experience in HPLC and UHPLC instrument innovation, specializing in the field of autosampling and on-line solid phase extraction and, more recently, on-line dried blood spot (DBS) analysis.  Our innovative products have always led the way in injection technology. sample prep integration and flexibility of operation.



Dried blood spot (DBS)

sampling is an emerging technology for bioanalysis, especially useful in the

clinical and pharmaceutical laboratory, offering easy sample collection,

transport and storage. Spark Hollands revolutionary DBS Autosampler maintains the

integrity of the sample through automation, offering time and cost savings.

Innovative patented Flow-through desorption technology (FTD™)* provides direct

elution of DBS from cards, offering not only consistent quality, while

eliminating the inconsistency of tedious manual disc punching or costly

robotics, but also allowing the option of on-line clean-up and analyte

separation by SPE prior to analysis in an automated workflow. Automation of the

entire workflow for DBS analysis in minutes, providing maximum sensitivity without

any manual intervention. With the potential for many other biological samples,

the DBS Autosampler from Spark sets a new standard for analysis!


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See the DBS Autosampler in action or
visit the DBS Autosampler landing site



The new Dried Blood Spot Autosampler

Samstag, 26. September 2015

HowTo construct a integratable device for a robotic platform?

There are a lot of peripheral devices for pipetting robots and all of them have a few things in common. In this post, I want to list a few of them, without going to much into detail. I know this is a huge field, and there are different ways of looking onto this topic. I`ll try my best...



Size matters:


A shoe box is always better than a moving box. If you need more space, build your device in the height rather than to block the whole worktable.



 



Size does not matter:


If your device is too big to be inside of a robot anyway, make it reachable for an internal gripping arm. This can be a great help if you don`t want someone to waste money for a separate robotic arm or labware transport.



 



Accessibility:


Most of the time your device will do things inside or outside of your robot, you know. Make sure it`s usable with different labware type like Microtiter Plates from different suppliers (calculate some buffer). Have the device accessible for the transporting arm and make sure the labware is aligned the same way every time the labware gets unloaded from the device.



 



Stability overall:


Make your device easily mountable to the worktable. Once positioned it should not be able to be moved. Millimeters can screw things up in worst-case.



 



Interface / Software / Firmware / Drivers / Server:


I am not going to write a lot about software because this topic could fill a book I guess. But connectivity is most important at this point. The device must be reachable for the main control software at any time. Nothing makes your day after a connectivity problem which caused unacceptable trouble. SILA is a good invention and soon it is going to be better hopefully. Plug and Play would be great.



 



LEDs:


And don`t forget the LEDs, as no one will buy your product without these anymore simple smile



 


A few things besides:


  • Cable positioning

  • Connection indicators

  • Easy servicing

  • Parameters tracking

  • Who knows more?

 


 



HowTo construct a integratable device for a robotic platform?