The NITC Inhalation Exposure System is manufactured by Korean company HCT. Very few information about toxicity is known to public and no formal studies. Requirement for toxicity studies are: Monitoring particle concentration, size and size distribution chamber.
|
| ·Nose-only exposure chamber system. |
| ·Inhalation toxicity of drug, pesticides and chemicals. |
| ·Multifunctional system can be available depending upon purpose, particles and laboratory animals. |
| ·Nanoparticles generation/monitoring system (ISO 10801, 10808). |
| ·Automatic generation/monitoring system |
| ·Systems comply with GLP, REACH, GHS and OECD guidelines. |
|
| |
 |
|
|
| |
 |
·Particle Generation System:
- Particle size: 1nm - 100µm.
- Particle concentration:0–1012#/cm3(<300 mg/cm3)
- Particle type:NaCL, KCl, Au, Pb, Mn, SiO2, TiO2, Fe2O3, Soot, CNT, Powder.
- Enable to generate monodisperse or polydisperse aerosol
- Standard deviation of generated particle: > 1.05
- Aerosol cyclone: 5 µm cut-off.
- Adapted to ISO 10801.
| ·Nose-only Exposure Chamber:
- Top-down flow type chamber.
- Dimension
- Material: SUS 316
- Inside Illumination: 200 Lux.
- Port number of chamber: 36ea (6 x 6).
- Sampling flow-rate per port: 1L/min.
- Dynamic air flow: 12 – 15 air changes per hour.
- Adapted to OECD guideline (TG-403, 412 and 413).
|
|
| See more specifications on the equipment brochure. |
| |
 |
|
| |
| • Environmental monitoring: Temperature, Humidity, Differential pressure, Air flow-meter, O2 |
| • Concentration and particle size distribution. |
| • The state of exposure conditions. |
| • Inter-lock monitoring, water flushing monitoring and etc. |
| • Particle generation, dilution ratio and flowrate control. |
| • Mass flow controller. |
| • Make-up air valve and exposure air valve control. |
| • Adapted to FDA and OECD guideline. |
|
