Reusable Test Tubes
Ace Glass, Inc. Tube, reaction/storage, 25mL, 14/35 standard taper neck, 2mmglass stopcock side arm, No-Air
Tube, reaction/storage, 25mL, 14/35 standard taper neck, 2mmglass stopcock side arm, No-Air
Glass Expansion Lotis HE Spray Chamber - Glass
Lotis HE Spray Chamber - Glass Sourced from Glass Expansion
Chemglass Life Sciences Sample Tubes, 50mL, with 18" C-Flex Inlet, C-Flex Dip Tube, Amber, Sterile
The 50mL amber polypropylene centrifuge tube assembly utilizes a closed cap assembly with 18 of size 16 (1/8" x 1/4) C-Flex tubing inlet line with a pinch clamp and plugged.The assembly includes a 3 vent line with a PTFE filter.Assembly is certified sterile. The assembly can be used for sampling and transfer of biopharmaceutical products and reagents in closed systems.Sold individually wrapped in a bag of ten.
Prism Research Glass CON TUBE 10ML RES TIP NOHOOK
Kuderna-Danish Flask, Without Hooks, 250ml, 24/40 Top Joint, 19/22 Lower Joint
California Pacific Lab & Consulting BOROSILICATE GLASS CONICAL BOT
NC3860232 BOROSILICATE GLASS CONICAL BOT
Chemglass Life Sciences Chemglass 0.1 mL PCR 8-Strip Tubes, White, 8-Strip (CGN-3612-W-01)
0.1 mL PCR 8-strip tubes in white designed for reduced evaporation and compatibility with common thermal cyclers. Made from USP grade VI polypropylene, these low-profile tubes are free of DNase, RNase, human DNA, and common PCR inhibitors, and accept standard 8-strip caps.
- 0.1 mL volume.
- Eight-tube strip format for multi-sample PCR.
- White color for easy sample identification.
- USP grade VI polypropylene construction.
- Compatible with domed or flat 8-strip caps (sterile or non-sterile).
- Free of DNase, RNase, human DNA, and PCR inhibitors.
- Autoclavable.
- Low-profile design reduces condensate and evaporation.
- Pack quantity code: C125.
Advanced Biomatrix 12-well plate glass bottom NON-adherent for BIONOVA X DLP printer
Compatible with the BIONOVA X 3D bioprinter from CELLINK, the bioprinting multi-well plates are the key to high throughput DLP printing. 3D Bioprinted constructs are crosslinked to the bottom of adhesive plates, while in the non-adhesive plates, the constructs will be free-floating.