Real-time concentration monitoring is possible through the advanced technology platform called NCE DP Dissolution and Permeation Testing. The system performs dissolution and permeation analysis through its biological model coupled with its optical fiber system which duplicates human body procedures to achieve precise measurements. The system provides precise absorbance monitoring to enhance biopharmaceutical classification. Data accuracy relies on Accurate Inside technology and graphical results strengthen analysis effectiveness. The system lowers the consumption of test samples which helps maximize experimental resource utilization.
Wavelength range: 200~750nm | Absorbance linear range: 0.01~3AU |
Wavelength accuracy: 1nm | Detector type: Deuterium lamp |
Absorbance accuracy: ±0.001AU | Minimum acquisition frequency: 1 second/time |
Reactor channel: 6 | Fiber channel: 6 |
Light source life: >1000h | Room temperature range: room temperature~40℃ |
Temperature error: ±0.5℃ | Speed range: 100~1000rpm |
Speed resolution: 1rpm | Liquid addition accuracy: <1% |
The NCE is Subcutaneous Injection Analysis serves as a testing device that imitates the changes and stress factors that biopharmaceuticals along with peptides and small molecule drugs face following subcutaneous administration. The device assesses drug release patterns in vivo through a method that reproduces drug dissolution together with permeation in extracellular matrices.
Number of channels: 3 | pH range: 4~10 |
Stirring rate: 100~1000rpm | Stirring accuracy: ±10rpm |
Wavelength range: 200~850nm | Minimum acquisition time: 1s |
Wavelength accuracy: 1nm | Temperature range: room temperature~40℃ |
Light source type: deuterium lamp | Light source life: >1000h |
NCE P3 High-throughput Compound Screening presents itself as an automated scientific instrument that performs compound screening work while conducting related physical and chemical constant measurements. The device performs accurate measurements of drug physical and chemical constants for pre-drug prescriptions through titration by determining drug dissociation constants and oil-water partition coefficients to support innovative drug development screening.
Temperature control range: room temperature ~ 50℃ | Temperature difference: ≤±0.5℃ |
Optical path range: 200~850nm | Light source type: deuterium lamp |
Light source life: >1000h | Wavelength resolution; 1nm |
PH measurement range: 1~12 | Stirring range: 100~1000rpm |
Speed error: ≤±5% | Electrode type: Ag/AgCl electrode |
Minimum collection interval: 1s | Medium pump volume range: 0~50mL |
Titration pump volume range: 0~2.5mL |