Insitec Dry
16Pages

Particle size Chemical imaging anaysis software The eye in your process Real-time particle sizing, whatever your application detailed specification sheets from www.ma

Advanced process analysis in real-time A watchful eye to help optimize your process Malvern Insitec analyzers can measure particle size distributions from 0.1 to 1000µm, wet or dry, at-line, in-line or on-line, including mobile or static solutions for most industrial applications. Using advanced laser diffraction technology pioneered and developed by Malvern, our comprehensive range of instruments are now standard in most particulate processing industries including toners, pharmaceuticals, cement, minerals, powder coatings, pigments and metal powders. Their rugged construction and robust...

Advanced process analysis in real-time The Insitec T is the base model of the Insitec range. Widely used within — Size range 0.1 to 1000µm — Model independent analysis — Patented high concentration sizing method using a correction for multiple scattering — 4 measurements per second of the complete particle size distribution based on thousands to millions of particles per minute — First principles measurement using rigorous Mie theory and needing no calibration — Rigorous measurement technique has been validated for pharmaceutical use — Changeable lenses in the sensor allow configuration of...

Advanced process analysis in real-time ATEX approved for use in Zone 22 rated areas, the Insitec D is an — Size range 0.1 to 1000µm — Model independent analysis — Patented high concentration sizing method using a correction for multiple scattering — 4 measurements per second of the complete particle size distribution based on thousands to millions of particles per minute — First principles measurement using rigorous Mie theory. No calibration required — Rigorous measurement technique has been validated for pharmaceutical use — Changeable lenses in the sensor allow configuration of...

Advanced process analysis in real-time Approved for use in zones 0, 1 and 2, 20, 21 and 22 the Insitec X — Size range 0.1 to 1000µm — Model independent analysis — Patented high concentration sizing method using a correction for multiple scattering — 4 measurements per second of the complete particle size distribution based on thousands to millions of particles per minute — First principles measurement using rigorous Mie theory and needing no calibration — Rigorous measurement technique has been validated for pharmaceutical use — Changeable lenses in the sensor allow configuration of...

Advanced process analysis in real-time The Insitec S is a rugged laser diffraction particle size analyzer for — Droplet range 0.1 to 1000µm — High speed data acquisition. Real time spray measurement at up to 4 measurements per second, reveals fine temporal fluctuations in spray patterns — High concentration measurement capability. Patented ‘multiple scattering’ analysis routine allows measurements of sprays with light obscurations up to 95% (5% transmission) — User-friendly software. Time history display allows ‘frame by frame’ inspection of a spray event. Flexible data filtering options....

Advanced process analysis in real-time (with wet flow cell) — Size range 0.1 to 1000µm — Automatic on-line continuous, or at-line manual — Mobile installation — Model independent analysis — Patented high concentration sizing Designed for real-time measurement of solid particulates and emulsions in dilute and concentrated liquid streams e.g. pharmaceuticals and minerals. The Insitec L is manufactured to GAMP4 standards. The hardware is designed to be compatible with CIP and SIP requirements. method using a correction for multiple scattering — 4 measurements per second of the complete...

Advanced process analysis in real-time The Insitec LPS brings the reliability and accuracy of laser — Size range 0.1 to 1000µm — Model independent analysis — Patented high concentration sizing using automatic correction for multiple scattering — 4 measurements per second of the complete particle size distribution based on thousands to millions of particles per minute — First principles measurement using rigorous Mie theory and needing no calibration — Changeable lenses in the sensor allow configuration of instrument resolution to individual process needs — CE badged — Watertight and...

Advanced process analysis in real-time Insitec Voyager The award-winning Insitec Voyager is a neatly packaged mobile laser — Size range 0.1 to 1000µm — Model independent analysis — Patented high concentration sizing method using a correction for multiple scattering — 4 measurements per second of the complete particle size distribution based on thousands to millions of particles per minute — First principles measurement using rigorous Mie theory and needing no calibration — Rigorous measurement technique has been validated for pharmaceutical use — Changeable lenses in the sensor allow...

Advanced process analysis in real-time Insitec Voyager Pharma TM The Insitec Voyager Pharma is a — Size range 0.1 to 1000µm — Model independent analysis — Patented high concentration sizing method using a correction for multiple scattering — 4 measurements per second of the complete particle size distribution based on thousands to millions of particles per minute — First principles measurement using rigorous Mie theory and needing no calibration — Rigorous measurement technique has been validated for pharmaceutical use — Changeable lenses in the sensor allow configuration of instrument...

Advanced process analysis in real-time Parsum In-line Particle Probe IPP70 The Parsum IPP70 offers an — Size range 50 to 6000µm — Small optics optimized for high particle loadings — Lower sensitivity to loading fluctuations delivers more reliable measurements — Measurement rate up to 15000 particles per second for greater performance — Optional casing LEDs clearly indicate status of instrument for ease of use — Robust laser holder to help prevent mis-alignment during use — Integrated air pipe for the In-line Disperser D22/23 — ATEX badged (E Exib IIBT4) — CE badged — Optional user interface...