Precision Engineering Meets Laboratory Efficiency The Core of Innovation.

  Solid-phase peptide synthesis (SPPS)

  180° up-down mixing system with zero dead angles

 Amino acid addition completed

  Microwave-assisted solid-phase peptide synthesis

  Coupling and deprotection time reduced to 1/30–1/10 of conventional methods

  Improved synthesis speed and efficiency

  Micro-scale asynchronous 12/24-channel peptide synthesis

  Quantitative dispensing for amino acids and activation reagents (accuracy ±0.1 mL)

  Independent configuration of activation and deprotection methods per amino acid

  Quantitative amino acid dispensing and precision-activated reagent extraction 

  Dual-channel pilot-scale automated peptide synthesis

  Quantitative amino acid weighing with complete dissolution and transfer

Pilot-scale automated solid-phase peptide synthesis

Number of Channels: 1

  Production-scale automated solid-phase peptide synthesis

  Direct recycling of cleaning solvents for 40% savings

  Quantitative amino acid weighing and dissolution with complete transfer

 Large-volume dual-jacket temperature-controlled reactors with viewports

  Real-time monitoring and alarms for pressure, solvent temperature, and stirring speed

  Quantitative solvent transfer via metering pumps

  Simultaneous cleavage, concentration, and precipitation for 6 peptide-resins

  Quantitative transfer of cleavage reagents and precipitation solvents (accuracy ±0.1 mL)

  Enhanced cleavage efficiency

  Modular three-vessel system (cleavage, concentration, precipitation)

  Dual-jacket temperature control with viewports

  Real-time monitoring/alarms for pressure, internal solvent temperature, and agitation 

  Fully automated asynchronous peptide synthesizer with up to 106 reactors

   Independent reactors eliminating cross-contamination

  High-purity peptide synthesis with flexible sequence-specific methods