2015 Product Catalog
32Pages

Standardizing Samples- Catalog 2016

Intuitive standardization. Prep. Freeze. Transport. Store. Thaw. Note: As of January 1, 2016, BioCision entered into a global distribution partnership with Corning, Incorporated. CoolCell®, CoolBox™, CoolRack®, CoolSink®, ThermalTray™, CryoCeps™ and TruCool® ice pans and buckets are now available as Corning branded items through Fisher Scientific, Fisher Healthcare, Thermo Fisher Scientific and VWR International. All other BioCision brands (ThawSTAR®, CryoPod™, BioT™, SafeStream™ and TruCool® accessories) are not affected by this change and are still available as BioCision br

Automated cell thawing system Pages 3 - 6 CryoPod™ Portable liquid nitrogen carrier Pages 7 - 8 BioT™ Temperature stability systems Pages 9 - 14 Controlled-rate, alcohol-free cell freezing containers Pages 15 - 18 CoolBox™ Ice-free cooling and freezing systems Pages 19 - 22 Thermo-conductive tube modules Pages 23 - 26 Thermo-conductive plate modules Page 27 ThermalTray™ Thermo-conductive platforms Page 28

Automated Cell Thawing ThawSTAR® Cell Transport and Automated Thawing System is a first-of-its-kind technology platform that combines ultra-low temperature vial transport and automated cell thawing in a convenient and compact format. The system replaces manual methods of cell thawing - such as swirling frozen vials in communal water baths and warming vials between hands - that are not standardized and potentially jeopardize the integrity and safety of the sample, and enables thawing in a cell culture hood. PROBLEM: Water Baths and Other Manual Thawing Methods • User technique dependent •...

Performance Data vs. Water Bath Ex-Vivo B Cells Post-Thaw Viability and Consistency Compared to Water Bath ThawSTAR™ Water Bath Viable Cell Recovery (%) Donor 1 | Donor 2 | Donor 3 Donor 1 | Donor 2 | Donor 3 ThawSTAR™ Water Bath Ex-vivo stimulated B cells: A total of 6 vials, 2 each from 3 donors, were frozen in a -8o°C freezer using a CoolCell® module and then stored in liquid nitrogen for two weeks. One vial from each donor was removed from LN2, placed into a ThawSTAR® CFT Transporter and thawed in a ThawSTAR® CFT2 automated cell thawing instrument. The other vial from each donor was...

Thermal Profile Compared to Water Bath 37"C Water Bath ThawSTAR® - central thermocouple -----wall thermocouple 1.8 mL cryogenic vials filled with l.omLof cryopreservation medium (io% DMSO/20% FBS/70% DM EM) were fitted with an interior wall thermocouple (< 0.5 mm from internal wall surface) and a central axis thermocouple, frozen at -8o°C, and maintained at -75°C in a Cool Rack® on dry ice. Three vials were thawed in a 37°C water bath (left panel) or in the ThawSTAR® CFT2 Instrument (right panel). For the water bath thaw, the vials were removed from the bath when a pea-sized ice chunk...

Dimensions (Diameter x Height) Dimensions (Diameter x Height) Fill volume Fill volume Vial brand Compatible with major vial manufacturers Vial brand Thawing time Less than 3 minutes Thawing time Less than 3 minutes Dimensions (Diameter x Height) Dimensions (Diameter x Height) Holding temperature Holding temperature ThawSTAR® AT6 Instrument Dimensions (Diameter x Height) Fill volume Vial brand Aseptic Technologies® Thawing time ThawSTAR AT6 Transporter Dimensions (L x W x H) Holding temperature Ordering Information Item No. ThawSTAR CFT2 Cell Transport and Thawing System, complete ThawSTAR...

Cryo Pod™ Carrier Portable Liquid Nitrogen (LN2)-Based Cryogenic Transport CryoPod™ Carrier provides a safe, reliable and portable < -i5O0C cryogenic environment for the handling and transport of biological specimens for over 4 hours. The instrument displays and logs temperature, date and time, and features audible and visual alarms, and integrates into an optional automated filling station for hands-free replenishing of the LN2 charge in less than 15 minutes. Winner of two innovation awards! • New Product of the Year Award at ISBER 2015 • New Innovative Product or Technology Award at ESBB...

Hold Time Over 4 hours < -150°C with lid closed One 2-inch cryobox or 2-3 small cassettes Requires < 3 L liquid nitrogen (LN2) Two settings with audible and visual signals Magnetized foam lid for safer transport and insulation Battery operated front panel Temperature Audit Trail Downloadable temperature log data via USB port and CryoPod Data Log Software 4.1 kg (9 lbs) without LN2 5.9 kg (13 lbs) fully charged with 3L LN2 - no samples Cryogenic chamber basket dimensions (L x W x H) CryoPod™ Carrier provides stable cryogenic sample transport and handling around the laboratory, campus or...

Ultra-Low Temperature Stability System BioT™ ULT Transporter is a dry-ice based temperature stability system is a convenient mid-sized solution for transporting temperature-sensitive material. It also serves as a compact, portable, ultra-low freezing station for freezing samples at a collection site. The patent-pending DIR™ cooling insert technology inside the transporter harnesses cold convection for efficient, stable, and hours-long dry ice-based cooling. The base chamber accommodates up to 8 standard 2-inch cryostorage boxes. The BioT ULT Transporter LN2 Kit is an insert for the BioT™...

BioT™ ULT Transporter is comprised of three parts: magnetized lid, DIR™ dry ice retainer and base chamber. To begin, insert the DIR™ retainer, flanges down, into the base chamber. Add pelletized dry ice into the cavity between the DIR retainer and the base chamber walls, filling to the top of the DIR retainer. A full load of dry ice is approximately 13 lbs (5.8 kgs). The internal chamber will reach optimal working conditions (<-70˚C to -50˚C) within approximately 10 minutes and will be ready for use. BioT™ ULT Transporter LN2 Kit is comprised of three parts: thermoconductive basket,...