Table of Contents
Assignment background
Tissue sections have extremely fine structures, with subtle differences occurring at each site. Therefore, uniform application of staining reagents is essential to ensure the reliability of diagnosis and research. Conventional application equipment posed the following challenges:
- The coating is not uniform
Existing devices had insufficient spray control, resulting in uneven staining for each tissue region and differences in staining reactions within the same section. - Excessive reagent usage and reduced work efficiency
Excessive reagent dispensing resulted in a lot of waste, which led to increased reagent costs and inefficient work. - Impact on consistency of diagnostic and research results
Due to inconsistent staining results, there were issues with the reproducibility and accuracy of test results.
Benefits
The introduction of the “SV91 Spray Valve,” which enables high-precision spray control, and the “AXELIA Vision Dispense System,” which offers excellent visibility and automated precision, has resulted in the following benefits:
- Enables uniform and highly accurate spray application
Micro-air control and nozzle air adjustment ensure a uniform mist spray without splashing, resulting in uniform distribution of reagents for consistent staining reactions within the tissue. - Optimize reagent usage and reduce costs
By accurately applying only the minimum amount required, the amount of reagent used was reduced, contributing to cost containment. - Improved reliability of test results and work efficiency
Consistent dispensing quality improves the reproducibility of test data, resulting in increased reliability and efficiency in medical and academic research.
Introduced products
Spray valve SV91
The reagent can be applied accurately in a mist form using minute amounts of compressed air and nozzle control.
- No overspray or splashback
- Precise control of fluid flow rate and air stop timing

High-precision automatic vision dispensing system AXELIA
An automated spray platform that uses image processing to enable highly accurate visibility and positioning.
- High-resolution camera checks and automatically corrects discharge position
- Repeated discharge settings to the same reference point are possible

