For research purposes! A precision pump that can deliver stable liquid over a long period in 0.01mL increments.
Precise supply of liquid medicine at a rate of 0.01 ml/min. Contributes to quality improvement in semiconductor manufacturing.
For thin film coating of various functional films such as optical films and separators!
Supports contaminant analysis at a rate of 0.01 mL/min.
Accurately supply additives at a rate of 0.01 ml/min. Contributes to food quality control.
A dispensing robot system capable of supporting optional features such as "weight management function" with built-in electronic scales and "volume management function" through image processing.
Viscosity, specific gravity, acidity and alkalinity, etc., are carefully selected and designed according to their applications!
Since its release, the Q Pump, widely adopted for research and development purposes, has launched a "subscription service"!
I can't believe that just changing the pump would solve the problem...! A must-see for those struggling with slurry. A collection of improvement case studies that couldn't be solved with other pumps.
For thin film coating of various functional films such as optical films and separators!
For research purposes! A precision pump that can deliver stable liquid over long periods in 0.01mL increments.
For research purposes! A precision pump that can deliver stable liquid over long periods in 0.01mL increments.
From research and development to process lines, micro-dosing at 0.01 mL/min units.
For research purposes! A precision pump that can deliver stable liquid over a long period in 0.01mL increments.
For research and development and manufacturing of fuel cells. Stable liquid delivery at a rate of 0.01 mL/min.
Stable delivery in 0.01mL units. Contributes to improved accuracy in cosmetic ingredient analysis.
Simulate the activities of multiple human organs in a true physiological situation!