Automation

Ziath 2D barcode readers

How to use Ziath Mirage 2D barcode readers to track samples through your lab

Using 2D barcodes to track samples in your lab

Radleys

This video demonstrates how simple it is to connect a device to AVA Lab Control Software and automate your Jacketed Lab Reactor. AVA allows you to automate your chemistry, to perform controlled additions with your organic reactions and control your jacketed reactor. Our laboratory software will control up to 4 reaction systems as well as control and data log multiple devices connected to any lab reactor or lab reactor system.

Control up to 4 reaction systems with up to 16 devices on one screen
Create complex experiments with any number of steps in series or parallel
Pre-program multi-step recipes, with the flexibility to make and track on-the-fly adjustments
Interlink devices and set feedback/control loops, end-point conditions and safety limits
Automate cooling of your Jacketed Lab Reactor during exothermic events
Link devices such as balances and pumps for controlled, unattended reagent addition
Define safety overrides and cut-off conditions

With AVA, reaction parameters are automatically logged so that the user is able to repeat experiments accurately for reproducible and consistent results. Reports can be created in a few clicks and the data can be exported as a CSV file for further analysis making it a powerful tool for process chemists, kilo labs, research and development and scale-up chemists alike.

How to connect devices to lab control software for automation of a jacketed lab reactor

Setting up Mya 4 process vessels with overhead stirring is quick and easy - let us show you how in this short clip.

Setting up small-scale reactions with overhead stirring can sometimes be difficult and time consuming. With the Mya 4 Reaction Station, it’s quick and easy to put together Process Vessels with overhead stirring. 

The Mya 4 Reaction Station is a chemistry workstation for your reaction optimisation needs with maximum flexibility in a single piece of equipment from 2 ml to 400 ml vessels. 

The Mya 4 Reaction Station is a flexible tool for a wide range of applications, including: discovery chemistry, process development, design of experiment, catalyst screening, drug development, organic synthesis.

Process development work is much faster, with multiple temperature profiles run independently. With the Mya 4 Reaction Station, it’s quick and easy to set up Process Vessels with overhead stirring. 

Process development chemists and process development scientists worldwide use the Mya 4 Reaction Station for its accurate temperature control (controlling exothermic reactions safely), flexibility and ease-of-use.

Did you know? Quick and easy set-up of Mya 4 Process Vessels

PTFE lid options for the Mya 4 Reaction Station! 
Alongside our glass range, we have PTFE lid options for the Mya 4 Reaction Station. PTFE lids are ideal thanks to their improved durability and safety compared to glass. The robustness of PTFE also allows for heavier accessories to be supported.
We have 2 options:
Non-threaded lids – accessories fit directly into the PTFE lid
Threaded lids – adapters screw in to the PTFE lid. Change the configuration to suit your needs.
Custom PTFE lids are also available on request.

The Mya 4 Reaction Station is a perfect productivity tool for organic synthesis, process development & reaction optimization. It is software-controlled and provides 4 chemical reactors in 1 chemistry lab equipment.

The Mya 4 Reaction Station is a flexible chemical synthesis tool for a wide range of chemistry applications including: process chemistry, drug development, organic chemistry, design of experiment (DoE), scale up, parallel synthesis, reaction optimisation, catalyst screening, crystallisation studies.

Did you know? PTFE lid options for the Mya 4 Reaction Station

HTA srl

HT4000A sample prep workstation can automate chemical and biological reaction, through the handling of derivatization operations followed by the incubation in a temperature controlled reaction cell. Final reaction product can be directly injected into HPLC for on-line analysis.

HT4000A - chemical/biological reaction automation before HPLC injection

Don Whitley Scientific

The A135 GMP Anaerobic Workstation is the latest workstation to be added to the anaerobic range, and is specifically designed to be used as a clean-air isolator in processes following Good Manufacturing Practice (GMP). This new anaerobic workstation provides Grade A air cleanliness (EU GMP), and combines sterile laminar airflow, positive operating pressure, and physical isolation, to provide highly effective product protection. Due to being a completely closed, re-circulating, isolator system, this workstation can be housed in a Grade D cleanroom during GMP compliant use.

Whitley A135 GMP Anaerobic Workstation

Thermo Fisher Scientific, Molecular Biology

ProFlex PCR System fits how you work today and tomorrow with 5 interchangeable block formats - maximize your throughput or run three experiments at once. 

The ProFlex PCR System has 5 different blocks that can be changed with the flip of a switch, including the first-of-its-kind 3 x 32-well block. This block allows up to three experiments to be run simultaneously, completely independently of each other and without interference. Dual 96-well and dual 384-well blocks are available for your high-throughput sequencing needs, and a dual flat block is available to support Applied Biosystems OpenArray plate technology for genotyping analysis on the Applied Biosystems QuantStudio 12K Flex Real-Time PCR System.

Applied Biosystems ProFlex PCR System

Custom Videos from Technology Networks

Want to know the secret to content marketing? Watch this video to find out.

Custom Content Creation from Technology Networks

CEM_Corporation

Our host, Benedict Liu, is a little embarrassed in this episode of Will it Extract? From high school flashbacks to World War II plastic surgery tricks, liquid concealer has played many varying roles. Will Ben overcome his shyness and work with EDGE to correctly prep the sample for analysis of parabens, PFAS, and other potentially harmful chemicals?

Getting the sample into the Q Cup (and not on the counter) is Ben's first challenge. As a rather viscous liquid, he wants to make sure it will stay in the Q Cup long enough to be extracted. What sample prep will be involved? And most importantly, can the EDGE handle it? Tune in to see if EDGE can cover!

Will it Extract? Watch and find out!

Our Applications Teams, Sales Support Staff, and Service Personnel are all available and able to help. Need to contact them? Don't hesitate:
Molecular Method Support: molecular.support@cem.com

Sales Support: info@cem.com

Service/Service Contracts/Hardware: service@cem.com

Automation

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