Find your ideal sample storage tube with our new Tube Configurator
Cappers & Decappers

Micronic Docking Station for CS500 line

The Micronic Docking Station for CS500 Recapper Line Screw Cap Recapper CS500 line is a useful add-on for our CS500, CS510 and CS520 Screw Cap Recappers that offers the consistency of an automated recapping system, but at a much lower cost.

The Micronic Docking Station for CS500 semi-automated systems is a compact, benchtop unit designed for efficient tube recapping in labs with medium throughput. The combination can be used to recap 96-well, 48-well and 24-well format sample storage tubes.

Our solutions

CAPPING & DECAPPING SYSTEM

Developed in conjunction with several leading laboratories, the Screw Cap Recapper CS500 offers the ability to cap, decap or recap a row of tubes in less than 5 seconds and a whole rack in only 1 minute. Now with the use-ful add-on Docking Station for CS500 line, which ensures a consistent (de)capping action.

Micronic received a Good Industrial Design Award (GIO award) for the innovative design of the recapper. The award indicates that the recapper is original, functional, ergonomic, designed with respect for the environment and adds value to end-users.

FEATURES & BENEFITS

Docking Station for CS500 line

Consistency
Consistent capping and decapping action is assured
10 times faster than by hand!
Used in combination with a CS500 it can cap a row of 8, 6 or 4 tubes in 5 seconds and a whole rack of 96 tubes in only 1 minute
Small footprint
Very small footprint for bench top use
Safe
Minimizes cross-contamination
Compatibility
Compatible with the complete line of Micronic Screw Cap Recappers (CS500 line)
Reproducibility
Each screw cap is reproducibly tightened securely and uniformly
Specifications

product information

Parameter Docking station for CS500 line
Compatibility ANSI/SLAS standard 96-, 48- and 24-format racks
Cycle time Less than 5 seconds per row
Dimensions 420.5 x 370 x 503.5 mm / 16.56 x 14.57 x 19.82 inch
Testimonials

What our customers say

"We are very happy with the tubes of Micronic, it is truly more efficient and space saving than we had in the past. Next to that, the fact that the tube positions are laser-etched in the rack itself is very helpful. We always know where the A1 tube is located."

Read full testimonial

Micronic is proud to be supplying 2D coded labware to support Clear Labs' cutting-edge and extremely important food analyses.

Read full testimonial

At Micronic our goal is to advance research by serving scientists in finding solutions that contribute to a higher quality of life. This is why it makes us particularly proud to supply the researchers of JUST with the consumables they need for their robotic discovery platform.

Read full testimonial

For its Rotterdam Study, the oldest long-term population health study in the Netherlands, Erasmus Medical Center has switched to the compact 2D coded tube system from Micronic for the storage of its biological samples.

Read full testimonial

“We used the 6.00ml externally threaded tubes with 2D Data-Matrix code on the bottom. It was critical for us to have a good sample ID, so the 2D Data-Matrix code on the bottom and the 1D Rack barcode helped us to keep good track of our samples.”

Read full testimonial
Jessa Ziekenhuis
Arizona State University
University Biobank Limburg (BE)
ARTICLE NUMBERS

ORDERING INFORMATION

Micronic Docking station for CS500 line

Article Number Description Unit Size
MP35495 Micronic Docking Station for CS500 line 1 unit
MP35496C Micronic Screw Cap Recapper CS500 & Docking Station Pack 1 unit
Contact

Interested in this product?

We're here to help you with any questions you might have
fill out the form below
  • Hidden
  • This field is for validation purposes and should be left unchanged.
Related products

More interesting products

Screw Caps in 96-format

Screw Caps with External Thread

The Micronic Screw Caps for tubes with external thread have a triple start thread for the most optimal sealing quality, ensuring long-term sample preservation and storage at ultra-low temperatures.