RT710 USP Apparatus 4 Flow-through Dissolution System

$163,825.00

RT710 USP Apparatus 4 Flow-through Dissolution System

Manufacturer: Raytor

Ref No: RT700

 

SKU: EA-1211-21
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Description

RT710 USP Apparatus 4 Flow-through Dissolution System

 

Description of RT710 USP Apparatus 4 Flow-through Dissolution System

The RT806 is structured as a small-sized Vertical Franz Diffusion Cell system that includes heating functionalities with a built-in stirrer module. The device comes with a portable layout that makes it easy to place in any location for convenient operation. The system delivers detailed temperature and speed management needed for reliable transdermal testing. The system meets the performance requirements outlined in USP<1724> for the simulation of in vitro release and permeation procedures. Bubbles are prevented through the filling point design which results in dependable experimental outcomes.

Specification of RT710 USP Apparatus 4 Flow-through Dissolution System

Flow-Through Cell Dissolution Apparatus


Length ×Width× Height: ~ 80 cm × 62 cm ×60 cm Length ×Width× Height: ~ 80 cm × 62 cm ×60 cm
Number of channels: 7 Number of channels: 7
Temperature resolution: 0.1 ℃ Temperature resolution: 0.1 ℃

Medium Conveying Workstation


Length ×Width× Height: ~ 98cm × 63 cm ×55 cm Length ×Width× Height: ~ 98cm × 63 cm ×55 cm
Stirring speed error: ≤± 10% Stirring speed error: ≤± 10%
Velocity resolution: 0.1mL/min Velocity resolution: 0.1mL/min
Temperature probe error: ≤± 0.5 ℃ Temperature probe error: ≤± 0.5 ℃

Flow-Through Cell Dissolution Apparatus


Length ×Width× Height: ~ 80 cm × 62 cm ×60 cm Length ×Width× Height: ~ 80 cm × 62 cm ×60 cm
Number of channels: 7 Number of channels: 7
Temperature resolution: 0.1 ℃ Temperature resolution: 0.1 ℃

Medium Conveying Workstation


Length ×Width× Height: ~ 98cm × 63 cm ×55 cm Length ×Width× Height: ~ 98cm × 63 cm ×55 cm
Stirring speed error: ≤± 10% Stirring speed error: ≤± 10%
Velocity resolution: 0.1mL/min Velocity resolution: 0.1mL/min
Temperature probe error: ≤± 0.5 ℃ Temperature probe error: ≤± 0.5 ℃

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