Agilent, 14-3603, Paddle, lower interchangeable Spin on/off, electropolished stainless steel, 1L

Paddle, lower interchangeable Spin on/off, electropolished stainless steel, 1L. Includes certificate, requires upper receptor shaft for installation, for 705-DS, 708-DS, 709-DS, VK7000, 7010

Specifications:
Certificate Available: Yes
Instrument Compatibility: 705-DS708-DS709-DSVK7000
Length: 6.25 in
Material: Stainless steel
Spin On/Off: Yes

**********The following product description is generated by AI and is for reference only. If you have any questions, please contact customer service.**********
The electropolished stainless steel lower interchangeable paddle is expertly designed for use in dissolution testing systems requiring 1-liter vessels. Its robust construction ensures enhanced corrosion resistance and a smooth surface finish, minimizing sample retention and supporting consistent, reproducible test results. The spin on and off mechanism allows for swift paddle replacement, streamlining workflows during routine maintenance or method changes. This paddle is ideal for pharmaceutical laboratories conducting dissolution, quality control, or formulation development studies, where high precision and cleanliness are paramount.

Engineered for compatibility with a range of dissolution systems, it integrates seamlessly with Agilent’s compendial and non-compendial instrument platforms. It is particularly well-suited for research requiring frequent paddle changes, such as comparative studies or method transfer validations. The interchangeable design supports flexible system configurations, enabling researchers to efficiently adapt to diverse testing protocols and vessel volumes. For optimal performance, this paddle may be paired with Agilent’s full suite of dissolution accessories and vessels, ensuring conformity to industry standards and regulatory guidelines. Its durable electropolished finish not only facilitates easy cleaning but also extends the product’s lifecycle, making it a reliable choice for demanding laboratory environments.