Microwave Reaction System for Synthesis: Multiwave PRO

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Home page » products » Microwave oven for chemistry synthesis » Microwave Reaction System for Synthesis: Multiwave PRO

The Multiwave PRO platform serves two groups: professionals in synthetic chemistry and trace analysis. This brochure focuses on the use of Multiwave PRO as a microwave reaction system for parallel synthesis. Multiwave PRO serves method development or a large instrument for the multigram scale. You can upgrade the system to cover different scales at any time by just adding rotors. The combination of sealed vessel technology with reaction conditions beyond the boiling point of the applied solvent significantly reduces the reaction time.

Features

Multiwave PRO has an on-board PC which provides an intuitive and multilingual state-of–the art software solution. Its large color touchscreen enables convenient operation and is easy to read from a distance.

With its diverse rotor types Multiwave PRO serves all scales from milligram to multigram synthesis in chemical laboratories. For your special needs in parallel synthesis Anton Paar offers a family of high-throughput rotors in plate format together with well-established scale-up rotors.

Applications related to drug development, proteomics, forensics and similar research areas predominantly deal with small quantities. A range of small-scale high-throughput rotors for Multiwave PRO perfectly match the requirements of microwave-assisted parallel method development.

Specification

Rotor	4x48MC	4x20MGC	4x24MG5	64MG5
Positions	192	80	96	64
Reaction container	6x8 SiC microtiter plate	HPLC/GC vials in 5x4 SiC plate	Glass vials in 6x4 SiC plate	Glass vials in PTFE holder
Reaction control	Remote IR control of each SiC plate			Remote IR control of 16 positions
Operation volume	0.02 mL to 0.3 mL	0.1 mL to 1.5 mL	0.3 mL to 3.0 mL
Operation parameters	200 °C @ 20 bar (290 psi)
Max. design pressure	55 bar (800 psi)	33 bar (480 psi)
Typical applications	Reaction screening, Combinatorial chemistry	Method development, proteomics, forensics	Parallel optimization, library generation	Library generation

Rotor	48MF50	16MF100	16HF100	8NXF100	8NXQ80
No. of vessels	48	16		8
Reaction control	One reference vessel with immersing temperature probe and pressure sensor Remote IR control in 16 positions			One reference vessel with immersing temperature probe Remote IR control in all positions
Liner material	PFA	PTFE-TFM			n/a
Pressure jacket	PEEK		Ceramic		Quartz
Volume	50 mL	100 mL			80 mL
Operation parameters	200 °C @ 20 bar (290 psi)		240 °C @ 40 bar (580 psi)	260 °C @ 60 bar (870 psi)	300 °C @ 80 bar (1160 psi)
Max. design Pressure	60 bar (870 psi)	115 bar (1670 psi)		140 bar (2000 psi)
Typical applications	Multigram library generation, parallel scale-up, synthesis of key intermediates, nanomaterials			Pre-pressurized reactions, nanomaterials	Near-critical water chemistry, nanomaterials