Starter Kit OptiMax HFCal - Overview - METTLER TOLEDO

Starter Kit OptiMax HFCal

Detect Non-Scalable Conditions.Optimax Reaction Calorimeter System for Heat Data Determination

Uncover Scale-up and Safety Issues

OptiMax™ HFCal reproducibly delivers information for characterizing and scaling up processes to ensure they are safe at scale.

Understand Your Process Parameters

Heat-related data obtained under isothermal and non-isothermal conditions enable you to characterize process parameters under process-like conditions.

Simple and Accurate Calorimetry

The plug-and-play calorimetry module allows you to determine heat information accurately and precisely.

Specifications - Starter Kit OptiMax HFCal
Dimensions
38.8 cm
Operating Volume
200 mL – 1,000 mL
Dimensions (DxH)
43 cm x 78 cm
Temperature Modes
Jacket control, reaction mixture control, distillation control, crystallization control
Back / Front light
Yes/Yes
Precision Heat Transfer
Typically +/- 3%
Accuracy and Precision Specific Heat
Typically +/-10%
Accuracy Heat Flow
Isothermal conditions: ± 3 % to 5 %; Based on comparison of qr_hf with qc resp. ∫qr_hf with ∫ qc; Non-isothermal conditions: ± 5 % to 10%
Material
Powder-coated stainless steel with FEP coated cover plate
Weight
39 kg
Power Requirements
100 – 240 VAC, 50/60Hz
Temperature Range
-40 °C – 180 °C
Heating / Cooling
Solid State Thermostat
Calorimetry Type
Heat Flow
Material Number(s)
30064130

Faster Process Development

Characterize reaction parameters and collect heat information at the same time. The combination of heat information with real-time analytical data provides researchers with the relevant information for safe scale-up processes.

Precise Heating and Cooling

Powerful heating and rapid cooling combined with the unique control algorithm ensure that the temperature is maintained accurately and precisely between -40°C and 180°C, even if sudden exothermic reactions occur.

Accurate Data Analysis

With a single click, the iControl software automatically calculates and reports heat transfer data, the specific heat of the reaction mass, heat flow and reaction enthalpies.

Accessories

Automated Sampling for Chemical Reactions

EasySampler was designed to eliminate these challenges by providing an automated and robust inline method of taking representative samples from reactions, even at extreme conditions.

Material No.: 30083901

Integrate EasySampler function and sampling information with the EasyMax and OptiMax Reactor Systems as well as the RX-10 Reactor Control touchscreen with the Connectivity Kit. EasySampler data is automatically transferred to, and reported with, the referring EasyMax, OptiMax or RX-10 experiment.

Material No.: 30110344

Chemical Synthesis Reactors

The Dosing Unit DU SP-50 allows unattended dosing combined with safe control of the reaction temperature in conjunction with the EasyMax and OptiMax synthesis reactor systems.

Material No.: 51161770

Measuring and controlling reaction parameters is essential in every step of chemical, product and process development. Depending on the procedure, only a few or many parameters, such as temperature, pressure, pH, turbidity or voltage, current and the like need to be measured or controlled. Measuring or controlling reaction parameters becomes easywith the Universal Control Box (UCB) independent of the type of sensor or control device used.

Material No.: 51161390

The OptiMax PTFE reactor cover is a robust alternative to the standard glass cover.

Material No.: 30090540

The OptiMax magnetic drive combined with glass reactors is the preferred solution for chemistry and development labs. Designed for the OptiMax, the magnetic drive prevents solvent losses and gas leaks. The magnetic drive is corrosion resistant and ideal for reactions that consume gaseous products or product off-gas.

Material No.: 30111285

The OptiMax magnetic drive combined with glass reactors is the preferred solution for chemistry and development labs. Designed for the OptiMax, the magnetic drive prevents solvent losses and gas leaks. The magnetic drive is corrosion resistant and ideal for reactions that consume gaseous products or product off-gas.

Material No.: 30113923

Designed to meet round bottom flask requirements, the 250 mL one-piece glass reactor set is compatible with all standard glassware. The 250 mL one-piece glass reactor set is set-up quickly, easy to handle and improves the efficiency of your chemical synthesis projects.

Material No.: 51162836

Ideal for chemical synthesis, reaction optimization, crystallization studies and scale-up experiments, the 250 mL OptiMax Two-Piece Glass Reactor is versatile and easy-to-set-up. Glass reactors are ideal for research and development of compounds in the chemical and pharmaceutical industries. OptiMax reactors are available in various sizes, inert against most chemistries, easy-to-clean and can be equipped with METTLER TOLEDO as well as standardized lab accessories.

Material No.: 51162833

Designed to meet round bottom flask requirements, the 500 mL OptiMax One-Piece Glass Reactor is compatible with all METTLER TOLEDO and standard lab glassware.

Material No.: 51162835

Ideal for chemical synthesis, reaction optimization, crystallization studies and scale-up experiments, the 500 mL OptiMax Two-Piece Glass Reactor is versatile and easy-to-set-up.

Material No.: 51162832

Ideal for chemical synthesis, reaction optimization and manufacturing of small quantities of intermediates or final products, the 1000 mL OptiMax One-Piece Glass Reactor is versatile, easy-to-set-up and guarantees good mixing.

Material No.: 51162834

Ideal for chemical synthesis, reaction optimization, crystallization studies and scale-up experiments, the 1000 mL OptiMax Two-Piece Glass Reactor is versatile, has a bottom drain valve and is easy-to-set-up. The optional heat flow calorimetry kit provides you with additional information regarding the scalability and criticality of the reaction.

Material No.: 51162831

The ECB (Easy Control Box) is a sensor and control box that can be connected to EasyMax, OptiMax and RX-10 touch-based reactor systems.

Material No.: 30212440

iC Software

Chemistry Made Easy

Material No.: 51161893

Consumables

Chemical Synthesis Reactors

The OptiMax PTFE reactor cover is a robust alternative to the standard glass cover.

Material No.: 30090540

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Starter Kit OptiMax HFCal
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