Application
Delivered Dose Uniformity Tests of MDIs and DPIs
Description
HRH-ZY200 fully automated DUSA shaker is a simple, economical instrument for rapid, repetitive recovery of dose uniformity sampling apparatus in delivered dose uniformity tests. The active ingredients can be fully dissolved in the solvent prior to analysis. Two modes and parameters can be set. When the same mode and parameters are set for the experiment, the device shakes DUSA tubes in a repetitive and controlled manner to dissolve drugs automatedly.
Features
Used for MDIs/DPIs DUSA tubes, and can be placed directly on the tray, no need fasteners to fix.
Ensure consistent, controllable and repetitive in the process of dissolving drugs.
Small footprint, precise control, high accuracy and stability.
Touch screen control, easy and convenient operation.
The parameters of swing frequency and rolling speed can be set.
DPIs DUSA tube with pressure tap could also be placed together with DUSA tubes without pressure tap.
Specification
Dimensions(WxDxH)
415x615x285mm
Net weight
35KG
Power supply
220V,50HZ
Power rate
440W
Mode
Swing, Roll, Swing+Roll
Swing speed
20-200 times/min
Rolling speed
10-20 circle/min
Max. running time
500hrs
TEL
bio-equip.cn
Beijing Huironghe Technology Co., Ltd. was founded in 2010 and is situated in the Beijing Economic and Technological Development Zone. As a national high-tech enterprise, the company is dedicated to developing, producing, and providing technical services for scientific research instruments and equipment related to inhalation toxicology, genetic toxicology, and aerosol detection. Its extensive portfolio of offerings includes cutting-edge products such as aerosol inhalation exposure equipment, fully automatic QuEChERS instruments, NGI, and respiratory simulators. With a steadfast commitment to technological innovation at its core, Huironghe strives to provide global customers with the most advanced and high-quality inhalation toxicology equipment and premium technical services, while continuously pushing the boundaries of research and development.