Chemspeed ASW2000 Parallel Synthesiser

• High-throughput organic synthesis in drug discovery and development.
• Automated reaction screening and optimisation in chemical research.
• Parallel synthesis of compound libraries for lead identification.
• Solid-phase peptide synthesis (SPPS) and oligonucleotide synthesis.
• Process development and scale-up studies in pharmaceutical and fine chemical industries.

Typical reactor volume

Units in this class commonly feature reactor volumes ranging from 1 ml to 50 ml per vessel, enabling parallel processing of multiple reactions.

Number of parallel reactions

Automated synthesizers like the ASW2000 typically support 4 to 96 parallel reactions, depending on the configuration and reactor block.

Temperature range

For this class of equipment, a typical operating temperature range is from -80°C to +150°C, often with precise temperature control for each reactor.

Reagent handling

Units commonly feature automated liquid handling for precise dispensing of reagents, often under inert gas conditions.

Power supply

Typically requires a standard laboratory power supply, commonly 230V, 50Hz (UK standard), with specific amperage requirements varying by model.

Footprint

The footprint for an automated synthesizer workstation can vary significantly, but typically requires dedicated bench space, often around 100-150 cm width and 70-100 cm depth.

• What is the primary benefit of an automated parallel synthesizer?

  The primary benefit is the ability to conduct multiple chemical reactions simultaneously and unattended, significantly increasing throughput and efficiency in synthesis and screening processes.

• Can this equipment handle both solution and solid-phase synthesis?

• Is inert atmosphere capability important for this type of equipment?

• What kind of maintenance is typically required for an automated synthesizer?

• Can this unit be integrated with other lab automation systems?

Automated synthesizers are valued for improving synthesis speed, consistency and safety in pharmaceutical and chemical research environments. Buyers typically prioritise equipment condition, software compatibility with existing systems, and availability of spare parts when purchasing used units. Industry sentiment reflects appreciation for their ability to reduce manual labour and human error. Key considerations include verification of calibration status, documentation of maintenance history, and compatibility with required chemical protocols. Reputation remains strong for improving throughput in busy laboratories.

General overview for this equipment type