IKS extends lab-monitoring capabilities of XiltriX

Published: 4-Nov-2011
Analysis

The laboratory monitoring system is now capable of monitoring airborne particles

IKS International, a Dutch supplier of laboratory equipment, has added airborne particles to the parameters that can be monitored by its XiltriX laboratory monitoring system.

This addition enables IKS to provide a complete monitoring solution to pharmaceutical manufacturers.

Each Calypso particle data transmitter supports up to 10 particle counters for continuous, automatic particle counting in cleanrooms, IVF laboratories, pharmaceutical production facilities and anywhere that airborne particulates could be a problem.

The individual laser-based counters are available to a number of specifications, but typically monitor particles down to 0.3µ in diameter.

0.5µ and 5µ particles are counted simultaneously, accumulating counts over a minute as ambient air flows through the counter at a rate of 1ft3 (28.3 litres) a minute. The accumulated particle count is transmitted digitally to the XiltriX system for logging and reporting.

XiltriX also monitors the airflow through the counter and its operational status, thus providing traceable, real-time data that will assist compliance with GMP and similar quality protocols.

The system can also monitor temperature, pressure, incubator status, door opening and many other parameters.

See more

You may also like

Analysis

The case for a facility monitoring system

Read more
In regulated manufacturing, monitoring environmental conditions and critical equipment is essential to protect product quality, yield, and patient safety. Facilities often use a Facility Monitoring System (FMS) to track factors like airborne particles, temperature, and humidity. Beyond regulatory compliance, FMS delivers real business value through reduced waste, improved yield, higher quality, and greater profitability

Trending Articles

  1. Five fundamentals of particle counters Particle counters are used in cleanrooms to count and size the particles in the air so the cleanroom can stay in proper working function
  2. A guide to choosing the best particle sample point location Particle counting in pharmaceutical applications can be clearly segregated into one of three categories: certification, qualification and monitoring. Each category requires a different approach as explained by PMS' Mark Hallworth
  3. CMR Controls CMR Controls manufactures low pressure and air flow measurement and control systems for standard air conditioning, clean rooms, sterile laboratories, microchip production areas and fume cupboard extract systems.
  4. Microbiology: failings and best practice Microbiological issues in pharmaceutical plants can result in plant shutdowns and products withdrawn from the market. Failures are common in environmental monitoring, media fill, sterilisation, aseptic practice and gowning. Introducing lean practices can determine optimal batch size and lead to a decreased number of test sessions for bioburden, endotoxins and sterility testing, while taking a risk-based approach to determining objectionable micro-organisms may ease the cost and burden of unnecessary testing but requires a better understanding of the processes and risks involved.
  5. How to design a cleanroom monitoring system This guide to designing a GMP-compliant cleanroom monitoring system is the first of a series of four articles about monitoring systems covering design, installation and validation, maintenance, and data interpretation

Upcoming event

Cleanzone Middle East

September 18-19 2025 | Conference | Conrad Dubai, United Arab Emirates See all

You may also like

Analysis

The case for a facility monitoring system

In regulated manufacturing, monitoring environmental conditions and critical equipment is essential to protect product quality, yield, and patient safety. Facilities often use a Facility Monitoring System (FMS) to track factors like airborne particles, temperature, and humidity. Beyond regulatory compliance, FMS delivers real business value through reduced waste, improved yield, higher quality, and greater profitability
Analysis

Beckman Coulter Life Sciences and HSE•AG partner to advance nucleic acid quantification and purification

Beckman Coulter Life Sciences has partnered with Swiss automation specialist HSE•AG to advance nucleic acid quantification and laboratory automation
Cleaning

Cleanroom Supplies adds cleanroom keyboard to Optimum Protection brand

The UK-based cleanroom equipment and consumables supplier has unveiled the new "Hygienic Wireless Bluetooth Silicone Cleanroom Keyboard"
Cleaning

Prominent microbiology firm Cherwell to rebrand as AnalytiChem UK in September

The UK-based cleanroom microbiology solutions provider will rebrand in September, marking the next stage in its integration with the global AnalytiChem Group
Containment

BLOCK to create a real-time monitoring prototype for gene therapy production in isolators

Containment product expert BLOCK Technology has been working since January 2025 to create a system that will use image analysis and real-time 3D modelling of the production process
Analysis

Pharmagraph enhances iVAS air sampler with support for 25 lpm flow rates

The new upgrade enables sampling durations of over 2.5 hours per plate
Analysis

Cherwell launches locking lid media plate compatible with lab automation systems

The cleanroom microbiology specialist has expanded its Redipor prepared media range with a new locking lid plate format, designed to enhance workflow efficiency in pharmaceutical and medical manufacturing environmental monitoring
Subscribe now