-
EP0030119835-1EA
Sigma-Aldrich
EPPENDORF(R) TUBE RACK FOR 5.0 15 UND 50 ML TUBES 12 WELLS (6 WELLS FOR 5.0/15 ML AND 6 WELLS FOR 50 ML) 2 PCS WHITE AUTOCLAVAB
Price: $154.12List Price: $171.25Legal Information Eppendorf is a registered trademark of Eppendorf AG -
EP0030119843-2EALegal Information Eppendorf is a registered trademark of Eppendorf AG
-
EP0030122194-200EAEppendorf ® Conical tubes with screw caps are universally used in a wide range of laboratory procedures and are one of the most common vessel formats. Eppendorf Conical Tubes 15 mL is an ideal solution for cell culture and cell biology
-
EP0030122364-400EAOriginal Eppendorf ® PCR tubes are manufactured according to the highest Eppendorf quality standards. Made of exceptionally high-quality, transparent polypropylene, free of plasticizers, biocides or mold release agents, for reliable test
-
EP0030119452-200EAEppendorf 5.0 mL tube′s conical shape is designed to be compatible with most accessories for common conical 15 mL tubes.
-
EP0030119606-200EAEppendorf 5.0 mL tube′s conical shape is designed to be compatible with most accessories for common conical 15 mL tubes.
-
EP0030122305-200EAEppendorf 5.0 mL tube′s conical shape is designed to be compatible with most accessories for common conical 15 mL tubes.
-
EP0030122313-200EAEppendorf 5.0 mL tube′s conical shape is designed to be compatible with most accessories for common conical 15 mL tubes.
-
EP0030122321-200EAEppendorf ® 5.0 mL Tubes are made of high-quality, transparent polypropylene (PP).
-
EP0030122402-200EAEppendorf 5.0 mL tube′s conical shape is designed to be compatible with most accessories for common conical 15 mL tubes.
-
EP0030122224-200EALegal Information Eppendorf is a registered trademark of Eppendorf AG
-
EP0030108302-100EA
Sigma-Aldrich
Eppendorf(R)-?�LoBind microcentrifuge tubes (C15-1422-723)
Price: $169.48List Price: $188.31Eppendorf ® Protein LoBind microcentrifuge tubes are made of high-quality chemically resistant polypropylene (PP). LoBind material ensures minimized sample-to–surface binding for optimal product recovery.