The IONSCAN-LS detects and quantitates trace analytes using ion mobility spectrometry (IMS). Ultra-fast analysis with the IONSCANLS offers the advantages of simplicity, selectivity sensitivity, atmospheric pressure operation and ease-of-use. These features, together with 21 CFR Part 11 compliance, make it ideal for use in pharmaceutical applications. The IONSCAN-LS offers two different sample introduction methods: Thermal, desorption from a filler and high performance injection (HPI). The HPI an... Read more
The supplier does not provide quotations for this product through SelectScience. Browse these related products instead
Related Products
IONSCAN-LS™
Average Rating: 4.0
2 Scientists have reviewed this product
Status:
Reviewer
Member since: 2022
Organization: Business
-
- Ease of use
- After sales service
- Value for money
Nice product
Rating: 4.0
Application Area: Body
"Good product"
Review date: 01 Apr 2022 | IONSCAN-LS™
Status:
Reviewer Member since: 2011
Organization: Bristol-Myers Squibb
-
- Ease of use
- After sales service
- Value for money
Rating: 4.0
Review date: 13 Jun 2011 | IONSCAN-LS™
Review date: 13 Jun 2011 | IONSCAN-LS™
The IONSCAN-LS detects and quantitates trace analytes using ion mobility spectrometry (IMS). Ultra-fast analysis with the IONSCANLS offers the advantages of simplicity, selectivity sensitivity, atmospheric pressure operation and ease-of-use. These features, together with 21 CFR Part 11 compliance, make it ideal for use in pharmaceutical applications.
The IONSCAN-LS offers two different sample introduction methods: Thermal, desorption from a filler and high performance injection (HPI). The HPI and flow programming with split /splitless injection capabilities. The availability of these two techniques maximizes the breadth of compounds that can be analyzed successfully. More than 80 percent of active pharmaceutical ingredients investigated to date are amenable to IMS analysis.
The IONSCAN-LS can analyze sample over a concentration range of about three orders of magnitude. A typical limit of quantitation (LOQ) is on the order of 0.1ug/mL. LOQs as low as 0.002ug/mL have been observed for some compounds.
The IONSCAN-LS is equipped with an auto sampler allowing the user to run automatic methods that have been pre programmed into the IONSCAN-LS’s IMStation software. With the auto sampler, sequential analyses are typically run in 30-60 seconds each, a critical time-saver in applications such as cleaning validation.
The IONSCAN-LS offers two different sample introduction methods: Thermal, desorption from a filler and high performance injection (HPI). The HPI and flow programming with split /splitless injection capabilities. The availability of these two techniques maximizes the breadth of compounds that can be analyzed successfully. More than 80 percent of active pharmaceutical ingredients investigated to date are amenable to IMS analysis.
The IONSCAN-LS can analyze sample over a concentration range of about three orders of magnitude. A typical limit of quantitation (LOQ) is on the order of 0.1ug/mL. LOQs as low as 0.002ug/mL have been observed for some compounds.
The IONSCAN-LS is equipped with an auto sampler allowing the user to run automatic methods that have been pre programmed into the IONSCAN-LS’s IMStation software. With the auto sampler, sequential analyses are typically run in 30-60 seconds each, a critical time-saver in applications such as cleaning validation.
Product Overview
