A compact, flexible, economic reaction block, with 4 or 8 reaction zones - each independently controlled and monitored. Vessels range from 1 to 500ml. Stirring & Temperature can be monitored and controlled in real-time using HEL's WinISO control software.

Chemistry platforms with independently controlled zones, offering both high and low pressure solutions. Options of 2, 4, 6 or 8 zones available, with the facility to mix and match different reactors/vials with low & high pressure. An endlessly flexible platform supporting activities from screening to process optimisation and scale-up.

AutoLABs are supplied with stirring and thermal control as standard with a range of Feeds, Probes and PAT options. The system has been designed by chemists with flexibility and ease-of-use uppermost in mind. HEL have been producing jacketed reactors for over two decades - partnering the best components with HEL's intuitive WinISO control software.

A parallel reaction system for the rapid screening & development of high pressure reactions and heterogeneous catalysis systems. The HPCS is an 8-reactor platform rated up to 200Bar and 200 deg C, with each vessel operating independently in Temperature and Pressure and the gas consumption monitored in real time.

The FlowCAT delivers High-Pressure flow chemistry in a bench-top unit, ideal for Hydrogenation, Carbonylation or other high-pressure chemistry. The system has the flexibility to deal with homogenous and heterogeneous chemistry in the same unit and can incorporate a combination of gas and liquid feeds.

The CrystalSCAN is a versatile automated platform for determining Solubility and Meta-Stable Zone Width (MSZW), in multiple, parallel samples. With precise temperature-control and integrated dilution pumps, the system allows for the investigation over a wide concentration and temperature range.

HEL's simplest Catalyst screening system, the CAT blocks are a low-cost solution providing a wealth of rapid early-stage screening data. Up to 96 samples are screened in a common atmosphere, with a range of vessel sizes available.

Available for both Batch & Continuous modes, with applications such as Hydrogenation, Carbonylation & Polymerisation. Configurable with features for monitoring and control of a wide range of festures the HP AutoLAB range is available in as many shapes and configurations as there are applications. Designed by chemists for chemists, with flexibility and user ease-of-use uppermost in mind.

The LaserTRACK probe, based on laser reflection technology, provides on-line (dynamic) process measurement of particle size and distribution. Based on a patented design, this new combination of electronics and software, is manufactured to HEL's specification to provide a true breakthrough capability compared with existing technologies such as the Lasentec* FBRM®

The High Pressure PolyBLOCK is a 4 or 8 zone reactor block, with independent Pressure and Temperature monitoring & control. The system has been designed for both Process Development and High-Pressure/High-Throughput work. A range of reactors are available from 1 to 400mL rated to 100Bar as standard.

With volumes of 16ml to 400ml and pressure of 200bar, this is the world leader in high pressure parallel chemistry. Ease of use, compact design, with a wide range of features including sampling under pressure.

The Simular provides the flexibility of a jacketed reactor with the accuracy of a dedicated calorimeter. Feature-packed and simple to use, the Simular is an indespensible Scale-Up tool which delivers accurate heat-flow and power-compensation calorimetry for expert and development chemists alike.

The Thermal Screening Unit (TSu) is the first step in reaction hazard assessment. The system offers the full advantages of classical DSC/DTA analysis with the added advantage of gas evolution measurement - critical in identifying potentially explosive situations.

The Phi-TEC I is a computer-controlled adiabatic calorimeter that can be used to determine the heat evolved and pressure developed during an uncontrolled exothermic runaway reaction. It is the modern alternative to the classic "ARC" developed by Dow Chemicals

For vital Vent-Sizing and plant safety investigations, the Phi-TEC II is a low PHI-factor adiabatic calorimeter with the capability of accurately simulating the behaviour of a large-scale chemical reactor under conditions virtually identical to a large-scale plant, while using only 10-100mL of sample.

Specially designed for safety testing of large and small scale (Li-ion & similar) batteries and components, the BTC is an evolution on standard "ARC-type" (TM) adiabatic calorimeters - providing a hazard assessment tool for the increasingly important field of energy-storage devices.

The LP ChemSCAN (LPCS) combines intelligent robotic liquid handling with the versatility of a multipot reaction block. The block provides independent heating and stirring on 4 or 8 zones and the robot extends this functionality - allowing for literally hundreds of manual experiments to be condensed into a single expt on a single platform.

MicroNOTE provides a low-cost "Command and Control" solution for laboratory reactors of all kinds. Using HEL's intuitive WinTOUCH control software on a low-profile touchscreen PC with Command, Datalogging and Safety protocols built-in - in particular control for reaction stirring, temperature, dosing and pH.

HEL's Crystallisation screening tool Crystal Eyes incorporates a custom-designed NIR turbidity probe for the monitoring of solubility and MSZW - Available as a stand-alone, hand-held unit, or fully integrated into a stirred vessel with temperature control.

On-Line Calorimetry is a novel solution enabling heat-flow data to be generated in real-time without any prior knowledge of calorimetry. The system can be supplied with new or added to existing chemical reactors.

The ASu is a 6-position autosampling unit. Operated either by keypad or via PC control - the system is ideal for safe and easy automated removal of multiple liquid or slurry samples, from any size reactor.

PAT delivers real-time monitoring of active chemistry. With in-line PAT integrated into HEL's WinISO control software, chemistry-driven control loops become possible - adding a new dimension to process control and optimisation.

The system operates with four independent 1L reactors/fermentors, with integrated probes, gassing lines, baffles and stirring. Control is delivered through HEL's intuitive WinBIO interface software. Whether producing bulk cell batches or running independent investigations, the BioXpert has the scale and flexibility to suit.

BioXplorer is the upgradable answer to bench-top automation for bioscience. The system comprises a flexible heating/stirring platform with independently controlled zones. Glass bioreactors are available from 30-500mL with the option of including pH, DO, Optical density and other probes, either with the original system or as upgrades in the future.

A complete update on a venerable workhorse, the SAS supercedes the Fisher Sub-Sieve Sizer (FSSS), widely used in many industries as a critical particle-sizing QC tool. The SAS employs modern electromechanics and a simple touchscreen interface to bring Fisher number (air-permeability particle sizing) measurements into the 21st century.