- Ease of use
- After sales service
- Value for money

Related video
Description
TTP Lab Tech’s comPOUND® sample storage system allows rapid and easy access to any library subset with unparalleled speed and accuracy. The self-contained comPOUND® modules provide high density storage resulting in a small footprint; and temperature control from ambient down to -20°C. They do not require a special building to house them and are easily relocatable. An optional suite of specialised delivery and processing modules enables easy integration into any compound management or screening system.
comPOUND® provides you with the ability to:
• cherry-pick any library subset at the speeds required to meet the needs of your screening department
• reduce potential damage to library stocks by only selecting the samples you need
• ensure sample integrity with temperature controlled, dry, inert, hermetically sealed storage
• ensure throughput speeds grow as your library expands by processing samples in parallel
• easily expand your library. Additional modules can be integrated in response to growing library size
You can minimise your initial investment, yet still grow your library and your throughput when required.
Application notes and news
- comPOUND D2: A Simple Approach for Increasing Store Capacity
- Putting the Logic Back into Biological Sample Management
- Poster - Flexible Solution for High Speed Sample Cherry-picking from Frozen Storage
- TTP Labtech Brings Automated Biobanking to SLAS
- TTP Labtech Technology Supports Drug Discovery Research at University of Nottingham
- TTP LabTech celebrate 20 years in technology at LabAutomation 2007
- Eskitis Institute Enhanced By Flexible Compound Processing Solution
Reviews
Peter Halkjaer-Knudsen![]() Status: See all reviews Member since 2007 Organization: iNovacia Read more » | RATING: 5.0 ![]()
|
Feedback
Request info
Write a review
Sharing your experience will help scientists like you. Achieve Reviewer Status and Win an iPad 3 (All reviews published will be entered into the next drawing on May 31st 2013).


(what's this)



