Inhaler Testing Automation & Lab Organization
With automation equipment performing repetitive, time-consuming tasks, well-educated scientists and analysts can focus on completing higher-level, value-added work.
Along with freeing up analyst/scientist’s time, automated inhaler testing equipment in the lab provides additional benefits. Some of these benefits include:
Consistency: mechanical processing is always more consistent
Repeatability: automation eliminates large uncontrollable variables for more reliable results
Method transfer: easily prove effective method transfer from lab to lab, site to site, CRO to manufacturing, and analyst to analyst
Clarity: improves troubleshooting with less input variables into method and therefore analysis clarity
Cost: decreases long term cost of errors and troubleshooting
View Product on Company Website
Along with freeing up analyst/scientist’s time, automated inhaler testing equipment in the lab provides additional benefits. Some of these benefits include:
Consistency: mechanical processing is always more consistent
Repeatability: automation eliminates large uncontrollable variables for more reliable results
Method transfer: easily prove effective method transfer from lab to lab, site to site, CRO to manufacturing, and analyst to analyst
Clarity: improves troubleshooting with less input variables into method and therefore analysis clarity
Cost: decreases long term cost of errors and troubleshooting
Other Products and Services from TSI Instruments Ltd
Aerosol-Neutralizers
Aerosol neutralizers are an essential piece of many aerosol research studies because aerosol particles dispersed by nebulization, combustion, or powder dispersion are usually electrostatically charged.
Normally, a high level of electrical charge is undesirable because it increases the particle loss to the walls of transport and sampling systems, or it can affect filter-efficiency measurements.
To ensure that instruments operating on the electrical mobility principle work properly, aerosol particles entering these instruments require an aerosol neutralizer to impart a predictable charge distribution to the aerosol particles.
Neutralizers can be separated into two categories based on how they charge the particles. One group is the radioactive neutralizers, which use the emission of alpha (positive) or beta (negative) particles from decaying radioactive elements to impart charge to the particles. The other group is the non-radioactive neutralizers, which use electricity to generate x-rays or produce high voltages that can charge the particles directly.
Normally, a high level of electrical charge is undesirable because it increases the particle loss to the walls of transport and sampling systems, or it can affect filter-efficiency measurements.
To ensure that instruments operating on the electrical mobility principle work properly, aerosol particles entering these instruments require an aerosol neutralizer to impart a predictable charge distribution to the aerosol particles.
Neutralizers can be separated into two categories based on how they charge the particles. One group is the radioactive neutralizers, which use the emission of alpha (positive) or beta (negative) particles from decaying radioactive elements to impart charge to the particles. The other group is the non-radioactive neutralizers, which use electricity to generate x-rays or produce high voltages that can charge the particles directly.
Particle Counters & Detectors
Our family of particle counters and particle detectors contain instruments optimized for a variety of applications.
In environmental research and monitoring, customers face high concentrations in city centers, near freeways or harbors, or very low concentrations in remote locations which are used as reference sampling points.
In the laboratory, particle counters are often combined with particle sizers to measure size distributions.
Workplaces, hospitals, schools, residential homes and other sensitive environments prefer water-based Condensation Particle Counters (CPCs) to ensure the occupants’ safety and health.
Combustion aerosol has its own challenges, such as sampling the aerosol without changing it, or following regulatory directives for engine exhaust.
For the purpose of calibration, reference counting is typically performed with an Aerosol Electrometer.
Whatever your challenge is, TSI offers a solution. Let us help you to find yours.
In environmental research and monitoring, customers face high concentrations in city centers, near freeways or harbors, or very low concentrations in remote locations which are used as reference sampling points.
In the laboratory, particle counters are often combined with particle sizers to measure size distributions.
Workplaces, hospitals, schools, residential homes and other sensitive environments prefer water-based Condensation Particle Counters (CPCs) to ensure the occupants’ safety and health.
Combustion aerosol has its own challenges, such as sampling the aerosol without changing it, or following regulatory directives for engine exhaust.
For the purpose of calibration, reference counting is typically performed with an Aerosol Electrometer.
Whatever your challenge is, TSI offers a solution. Let us help you to find yours.
Cleanroom Particle Counters
TSI’s cleanroom facility environmental monitoring products with built-in redundancy provide the confidence you need to reliably monitor critical processes and demonstrate compliance. Eliminate waste, interventions and interruptions using TSI:
Facility Monitoring Software (OPC UA Client/Server)
Remote Active Air Sampler
Remote Particle Counters (including new AeroTrak®+ Remote Particle Counters)
Real-Time Viable Particle Counter
Handheld Particle Counters
Portable Particle Counters
Condensation Particle Counter
Facility Monitoring Software (OPC UA Client/Server)
Remote Active Air Sampler
Remote Particle Counters (including new AeroTrak®+ Remote Particle Counters)
Real-Time Viable Particle Counter
Handheld Particle Counters
Portable Particle Counters
Condensation Particle Counter
TSI Instruments Ltd
Stirling Road, Cressex Business Park, High Wycombe, Buckinghamshire, HP12 3ST, United Kingdom
TSI Ltd serves a global market by investigating, identifying & solving measurement problems. As an industry leader in the design & production of precision measurement instruments, TSI partners with research institutions & customers around the world to set the standard for measurements relating to Respirator Fit Testing, aerosol science, air flow, indoor air quality, fluid dynamics and biohazard detection. With headquarters based in the U.S. & field offices throughout Europe & Asia, TSI has established a worldwide presence in the markets we serve.