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Intermediate polarity, Highly inert, excellent chromatographic performance for acidic, basic and polar compounds.

The Wizard® SV 96 Lysate Clearing Plates are used with the Wizard® SV 96 Binding Plates and Vac-Man® 96 Vacuum Manifold for simultaneous lysate clearing and DNA binding in the Wizard® SV 96 and SV 9600 Plasmid Purification System protocols.

Made of polypropylene. Certified RNAse, DNAse and pyrogen free. The strip includes 8 integral 0.2 tubes with ultra thin sidewalls and bottoms with individually attached caps.

The 0.30ml tube with V-bottom has an optimized inner bottom to maximize working volume and provides an efficient solution to store low volume samples in automated stores. The 0.30ml tube with V-bottom is also available as non-coded. A Vr-bottom tube is available with a working volume of 0.23 ml,

The 0.40ml tube enables efficient storage of low volumes of liquid samples. Due to thick tube walls, the tube has a sturdy design and excellent properties for ultra-low temperature storage. The 2D Data-Matrix codes are permanently laser-etched into the tube bottom so that they can never wear or fall off, ensuring absolute traceability.

The small 0.50ml sample vials can be supplied non-coded, alphanumeric coded or with a unique 2D code (Data-Matrix adhere to the ECC200 standard). The cryo vials are standard available in the 96-well format 96-1 Rack, 96-Q1 Rack or Loborack.

0.5ml V-bottom tube with internal thread that can be used both with push cap and screw cap. The tubes are either non-coded (NC) och have an Alpha-numeric code in the bottom. The cryo vials are standard available in the 96-well format 96-1 Rack, 96-Q1 Rack or Loborack.

The 0.5ml PCR Tubes are designed to use with the QuantiFluor(R) ONE dsDNA System.

Using externally-threaded tubes for sample storage eliminates the possibility of the sample coming into contact with the screw thread, which greatly reduces the chance of cross-contamination. Externally threaded tubes also allow for a higher volume of material to be stored inside, which means that sample tubes can hold more while occupying the same amount of storage space.

The 0.75ml tubes are available in a push cap and screw cap version. The Alphanumeric and 2D codes are laser etched in tube bottom, guaranteeing the highest resistance to solvent attack and ensuring a reliable code reading. The tubes are standard available in 96-2 Rack, and optionally available in bulk.

Tube with V-bottom, no internal thread, close with push cap. The tubes are standard available in the 96-well format in a 96-2 Rack or a Loborack, and optionally available in bulk.

The 0.75ml sample storage tubes have an internal screw cap thread,. The tubes are standard available in the 96-well format in a 96-2 Rack or a Loborack, and optionally available in bulk

The 0.75ml sample storage 2D tubes have an internal screw cap thread and a unique 2D code etched in the bottom of the tube. The tubes are standard available in the 96-well format in a 96-2 Rack or a Loborack, and optionally available in bulk

Microscope slides, thickness approx. 1 mm made of soda lime glass in compliance with DIN ISO 8037-1. Dimensions 76 x 26 mm, The frosted version has a silky frosted marking area of around 20 mm on both sides.

Microscope slides, thickness approx. 1 mm made of soda lime glass in compliance with DIN ISO 8037-1. Dimensions 76 x 26 mm, The frosted version has a silky frosted marking area of around 20 mm on both sides.

The Micronic 1.00ml tissue storage tube with external thread is specially designed for the storage of your valuable fresh frozen tissue. The 1.00ml tube can store samples with a maximum size of 0.40 x 0.40 x 0.70 cm.

The traceable 1.10ml storage vials from Micronic work equally well with either screw caps or push caps. The tubes have a net working volume of 0.80ml when used with screw cap or 0.90ml when used with push cap (working volume at +21°C).

Externally-threaded tubes eliminates the sample coming into contact with the screw thread, reducing the risk of cross-contamination. Externally threaded tubes also allow for a higher volume of material to be stored inside.