Erlab's CaptairBio PCR Workstation uses a UV lamp to help prevent sample contamination between PCR (polymerase chain reaction) operations, according to the company.
The fume hood filters air through a HEPA H14 filter; an air flow meter on select models indicates blockage. A central screen located at the front of the device further protects substances from any contamination from the user.
The workstation features energy ports located on the side panels of the enclosure, a metal work surface with an arm rest, and energy efficient internal lighting.
There are 2 types of PCR workstations available: The Biocap DNA static enclosure for applications with a small risk of sample contamination and the Biocap RNA-DNA dynamic enclosure for applications with high risk of sample contamination.
The CaptairBio line also includes the Mobicap rolling cart, which is equipped with an adjustable inner shelf, allowing the user space to work while seated. The cart is equipped with two locking wheels.
For more information visit www.captair.com.
Workstation uses UV lamp to decontaminate work area
Erlab's CaptairBio PCR Workstation helps prevent sample contamination between PCR operations.
By Healthcare Facilities Today
April 3, 2013
Topic Area: Product News
Recent Posts
IAQ and Infection Mitigation: Plans Into Actions
To support quality patient care and ensure compliance, managers must stay ahead of environmental and IAQ risks.
Case Study: How NYU Langone Rebuilt for Resilience After Superstorm Sandy
Although the damage was severe, it provided a valuable opportunity for NYU Langone to assess structural vulnerabilities and increase facility resilience.
Dayton Children's Hospital Announces New Rehabilitative Services Building
The new location will feature convenient surface parking, outdoor space to aid in healing and a single-level layout.
The Debate on Laundering Microfibers in Healthcare
Should microfibers be single-use or reusable? Researchers have opinions on both.
Construction Begins for New Cancer Center at OhioHealth's Administrative Campus
The project’s completion date is estimated for late 2028.