IN-SITU FIBER OPTIC UV FOR DISSOLUTION TESTING – DISTEK

Origin: America

Brand:

Category: Thương hiệu:

The IN-SITU FIBER OPTIC UV FOR DISSOLUTION TESTING – DISTEK Opt-Diss 410 brings dissolution measurement directly to the vessel, eliminating the need for manual or automated sampling along with the associated consumables, labor, and off-line analysis. Choose from patented ARCH probes, designed specifically for dissolution testing with negligible hydrodynamic impact, or the new patent pending Variprobe Adjustable Pathlength Dip Probe, which easily adjusts between 2mm, 5mm, 10mm, and 20mm pathlengths to accommodate a range of sample concentrations. By moving light rather than liquids, the in-situ fiber optic UV system of the Opt-Diss 410 removes the need for filters, tubing, and syringes, saving time, labor, and costs, while enabling near real-time data collection with sample points as frequent as every five seconds

IN-SITU FIBER OPTIC UV FOR DISSOLUTION TESTING – DISTEK

 

Model: Opt-Diss 410

Manufacturer: Distek, Inc.

Origin: USA

 

Features:

  • Simple and efficient dissolution testing
    • Automated data collection and analysis proceed from test to report in real-time, requiring no operator interaction.
    • Data can be collected as frequently as every 5 seconds with no extra effort.
  • Multicomponent analysis
    • Measures two components in the same dissolution test without requiring LC.
    • Suitable for products with two active pharmaceutical ingredients (APIs), excipients, coatings, or any source of UV spectrum deviations.
  • Rapid and routine data collection
    • Acquisition speeds as fast as 5 seconds for all vessels, enabling near real-time dissolution profiles.
    • Ideal for understanding complicated release dynamics during formulation.
  • Industry-approved technology
    • Adopted by leading pharmaceutical companies, FDA, and USP.
  • In-situ UV measurements
    • Measurements are performed directly in the vessel, eliminating the need for manual or automated sampling along with associated consumables, labor, and off-line analysis.
    • Choose from patented ARCH probes for negligible hydrodynamic impact or the Variprobe Adjustable Pathlength Dip Probe to easily switch between 2 mm, 5 mm, 10 mm, and 20 mm pathlengths.
  • Single software package
    • Fully integrated, 21 CFR Part 11 compliant UV fiber optic dissolution solution with a unified software package controlling the entire system.

 

Specifications:

Parameter Specification
Compliance 21 CFR Part 11
Light source Deuterium lamp
Detector Scientific grade CCD optimized for UV
UV range 200 – 405 nm ± 5 nm
Wavelength accuracy ± 2 nm or better
Channel capacity Up to 12 channels
Probe types ARCH probes, Variprobes, and dip probes
Probe pathlength ARCH: 0.25 mm to 10 mmVariprobe: 2 mm to 20 mm
Spectra collection As fast as every 5 seconds
Absorbance range 0 – 2.0 AU
Stray light <1%
Short-term noise ± 0.002 AU (100 seconds at 250 nm)
Long-term noise ± 0.005 AU (1 hour at 250 nm)
Compatible dissolution instruments Distek models 2500, 2500 RTD, 2500 Select, Evolution 6100/6300, Symphony 7100
Lab temperature 20°C – 25°C
Lab humidity 20% – 80% relative humidity
Electrical power 115 – 230V ± 15V, 50/60 Hz, 10A
Weight 25 kg
Dimensions 33 cm (w) x 57 cm (h) x 56 cm (d)

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The IN-SITU FIBER OPTIC UV FOR DISSOLUTION TESTING - DISTEK Opt-Diss 410 brings dissolution measurement directly to the vessel, eliminating the need for manual or automated sampling along with the associated consumables, labor, and off-line analysis. Choose from patented ARCH probes, designed specifically for dissolution testing with negligible hydrodynamic impact, or the new patent pending Variprobe Adjustable Pathlength Dip Probe, which easily adjusts between 2mm, 5mm, 10mm, and 20mm pathlengths to accommodate a range of sample concentrations. By moving light rather than liquids, the in-situ fiber optic UV system of the Opt-Diss 410 removes the need for filters, tubing, and syringes, saving time, labor, and costs, while enabling near real-time data collection with sample points as frequent as every five seconds

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