Product Brochure - GFL Deep Freezers for Trouble-Free Long-Term Storage
The GFL Deep Freezer programme includes Chest and Upright Freezers with capacities ranging from 30 to 500 litres volume. There are 12 Chest Freezers with six different volumes, respectively, six Upright Freezers having three different storage volumes. Both of these product groups are designed for temperature ranges of 0°C to -40°C or -50°C to -85° C.
GFL Deep Freezers are manufactured using only stringently tested materials suitable for ultra-low temperatures and are equipped with microprocessor technique and an interface module for remote control via PC. All GFL Deep Freezers have the CE and EAC mark.
GFL Gesellschaft für Labortechnik mbH 30938 Burgwedel / Germany, Tel. +49 513 999 580, Email:
info@GFL.de www.GFL.de
To advertise your New Literature & Products in this section please contact our sales team.
tel: +44 (0) 1727 855574 or email:
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www.Labmate-Online.com Peristaltic Pumps with Masterfl exLive™ now 21 CFR Part 11 and EU Annex 11 Compliant
Industry exclusive technology from Cole-Parmer EMEA, Masterfl exLive Cloud-enabled pumps, brings the Internet of Things (IoT) to pump applications, providing pump operators with the ability to remotely control and monitor pumps via the internet - without the need to be onsite. This feature has now been enhanced with 21 CFR Part 11 and EU Annex 11 compliance, so that robust security, data control, and electronic records is possible with a low-cost subscription.
Masterfl exLive is a secure, Cloud-based platform for controlling and monitoring select Masterfl ex L/S® and I/P® Peristaltic Pumps via a PC, tablet or
smartphone (iOS™ and Android™). Pump operators can monitor and adjust critical processes running 24/7 from anywhere with a data connection. This new smart technology, a fi rst-of-its-kind for peristaltic pumps, provides real-time control of all pump parameters, including speed, fl ow rate, dispense volume, and more. Push notifi cations provide alerts for operating conditions and error messages. ‘Hands-free’ operation allows control of pumps operating inside cleanrooms, glove boxes, isolation chambers, or hard to reach locations. Set-up and activation of the pump to access the features takes only minutes with two easy steps: register a new account, then enter the pump’s information.
By subscribing to gain access to EU Annex 11 users will have the ability to robustly manage data, maintain digital records and control access to data. Furthermore, they will have the added benefi t of a programming function, and the ability to save and recall protocols prior to cascading operational parameters to all pumps via synchronisation. Data history, the core of EU Annex 11 compliancy, ensures that users can recall data at any time, and view any individual changes made to any device, providing pump operators with an auditable trail of events.
These pumps are ideal for process and research facilities, water and wastewater treatment (municipal) plants, industrial plants, food and beverage, chemical and mining, electrical, and anyone who wants to adopt the latest technology and tools to enable them to have fl exibility, enhanced accuracy and maximised effi ciency.
More information online:
ilmt.co/PL/mLev 49173pr@reply-direct.com
Entry Level Flow Reactors for Synthetic Development
Asynt announces their exciting new fl ow-chemistry platform, the fReactor, an affordable device created to bring the many advantages of fl ow chemistry to your laboratory through easy-to-use, fl exible and intuitive design.
Developed in collaboration with chemists and chemical engineers from the renowned Institute of Process Research and Development (iPRD) at the University of Leeds, the fReactor is simple to assemble and modify, making it suitable for a wide range of continuous-fl ow processes.
Professor John Blacker, Head of the iPRD commented: “Our continuous stirred tank reactor design overcomes the limitations of tubular fl ow chemistry systems, most notably the fReactor allows both single and multiphasic reactions to be carried out across a range of residence times.” He added: “With the fReactor, just add a hotplate and pump and you are ready to start investigating fl ow chemistry experiments. Because of its low price and total operating volume of just 10ml, the fReactor is an ideal device for laboratories wanting to evaluate the many advantages of small-scale fl ow chemistry.”
Integrating the effi ciency of pipe-fl ow processing with the advanced mixing of a continuous stirred tank reactor, the fReactor provides chemists with a versatile ‘plug-and-play’ setup allowing exploration of continuous-fl ow processing, with little expertise required.
The fReactor platform comprises of 5 modules, which combine to give a reaction zone delivering a good residence time distribution. These interconnected modules are located on a metal heat-transfer baseplate which sits on conventional laboratory hotplate-stirrer. Nikil Kapur, Professor of Applied Fluid Mechanics based at the School of Mechanical Engineering, commented: “With mixing in each zone, the fReactor offers outstanding fl ow chemistry reaction fl exibility. Multiple ports allow telescoping of reactions, sampling or integration of sensors within the reactors. Robustly constructed, the fReactor is both easy to use and simple to clean.”
More information online:
ilmt.co/PL/AL6B Index of Advertisers
Cambridge Sensotec Ltd Erlab Group Fritsch GmbH
GFL Gesellschaft für Labortechnik mbH Gilson SAS
Grant Instruments (Cambridge) Ltd Hanna Instruments®
USA
37 47 27 56 29 41
35,OBC Julabo GmbH OFC,46
Kromasil 19 Liebherr Hausgerate GmbH Mettler-Toledo GmbH Myron L Company Norhof BV
39
10,11 33 31
Pike Technologies PolyScience
SciLabware Ltd
Shimadzu Europa GmbH Specac Ltd
VICI AG International
13 23 49
IFC 9
17 Wiggens 51
48518pr@reply-direct.com
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