Micronic Screw Cap Recapper CS700
The award winning Micronic Screw Cap Recapper CS700 offers users the ability to cap, decap or recap 96, 48 or 24 tubes with Screw Caps in a single action.
The Micronic Eco-Friendly Choice Rack RM is 99% made of renewed material, setting a new sustainable standard for sample storage racks. The Eco Rack 96-1 can hold 96 individual 0.50ml tubes with internal thread. The sample storage Micronic EFC RM 96-1 Rack, based on the global recognized ANSI/SLAS standards for storage racks, features a laser-etched 1D barcode and a human readable code on the side.
Micronic labware is manufactured and assembled in-house in a NEN-EN-ISO14644-1 Class 7 certified clean room environment (which is comparable to the US Federal Standard 209E Class 10,000).
For the manufacturing of its long term sample storage labware products Micronic uses solely virgin plastic raw material. The raw materials and auxiliary agents are selected based on the specifications that satisfy the high quality requirements of our products. The materials are FDA approved and comply with the (USA) USP XXII tests, including class VI (Medical approved), and the European Pharmacopoeia-monograph 3.2.2 unless communicated otherwise. Material components used to produce Micronic labware can be traced via the lot number indicated on the packaging.
The materials used for Micronic tubes are the result of extensive research. One selection criterion is that the amount of measurable extractables leaching into samples is minimized.
By maintaining the highest possible hygiene level during our production processes, Micronic manufactured labware is free of any detectable RNase or DNase contamination and the endotoxin level of produced and packaged labware is limited to an acceptable minimum (< 0.01 EU/ml). Our products are periodically tested on RNase, DNase and their endotoxin levels by independent expert organizations.
The Micronic 2D Data-Matrix codes and 1D barcodes are produced conform industry standards. The 2D Data-Matrix code (which adheres to the ECC200 standard) and 1D barcode (type 128B) are laser-etched into the code area and are guaranteed unique.
Products produced by Micronic are tested according to AQL inspection level G2 and AQL value 0.4.
Micronic Sample Storage tubes are classified as general laboratory products according to leading European Life Science Organizations (GAMBICA, FHI, LABMAS, Laborama, SPECTARIS). More information can be found here.
Upon request, Micronic products can be supplied gamma irradiated or ethylene oxide treated.
Our products comply with the IATA requirements for the transport of diagnostic specimens (UN packing instruction 602 and 650), assuming that our products are properly used (closed).
If you have any additional questions on the quality and safety of our products, please feel free to contact Micronic at sales@micronic.com.
There is a demand among a wide variety of industries towards more sustainable practices. The manufacturing of several products has been changing due to several factors such as regulatory requirements, customer demands, resource scarcity and environmental concerns. Therefore, a new reality requires new solutions.
The Micronic EFC 96-1 RM Rack is made of 99% RENEWED polypropylene (PP). The racks are an ideal solution for laboratories committed to embracing a greener future. The racks are uniquely made from scrap material sourced from Micronic’s own production facility in the Netherlands. Residual material from the injection molding process that is suitable for renewing is separated. Stringent quality control measures ensure no compromise in quality or integrity during the renewal process, guaranteeing high-quality renewed material. The various EFC Racks adhere to all quality standards comparable to those of racks made from virgin material.
Moreover, the entire range seamlessly integrates with automated storage systems and liquid handlers, because the racks adhere to the standard ANSI/SLAS (American National Standards Institute/ Society for Laboratory Automation and Screening) dimensional footprint. Each EFC Rack comes standard with a cover and lockers made from virgin polypropylene, for easy recycling. The 1D barcode and human readable code on the rack side guarantees traceability along with visual identification or verification. The Micronic EFC Racks combine sustainability, efficiency and quality.
Parameter | Micronic EFC RM 96-1 Rack |
---|---|
Rack Material | Renewed PP |
Cover and Locker Material | Highest Purity PP |
Rack height | 15mm |
Height with cover | 31.7mm |
Rack length | 127.7mm |
Rack width | 85.5mm |
Chemical resistance | +++ |
Temperature range | -80ºC to +100ºC |
Article Number | Description | Unit Size | Case Size |
---|---|---|---|
MP51702 | Micronic EFC 96-1 Rack with cover for 0.50ml tubes capped with Push Caps or Screw Caps (empty) (Barcoded A1-H1 side) | 10 racks | 4 |
Article Number | Description | Unit Size | Case Size |
---|---|---|---|
MP32171 | 0.50ml Non coded Screw Cap tubes with Internal Thread V-bottom in Micronic EFC 96-1 Rack RM with cover (Barcoded A1-H1 side) | 10 racks | 4 |
MP42171 | 0.50ml Alphanumeric coded Screw Cap tubes with Internal Thread V-bottom in Micronic EFC 96-1 Rack RM with cover (Barcoded A1-H1 side) | 10 racks | 4 |
MP52596 | 0.50ml 2D Data-Matrix coded Screw Cap tubes with Internal Thread V-bottom in Micronic EFC 96-1 Rack RM with cover (Barcoded A1-H1 side) | 10 racks | 4 |
MP52596-Z20 | 0.50ml 2D Data-Matrix coded Screw Cap tubes with Internal Thread V-bottom precapped with Grey Screw Cap in Micronic EFC 96-1 Rack RM with cover (Barcoded A1-H1 side) | 10 racks | 4 |
The award winning Micronic Screw Cap Recapper CS700 offers users the ability to cap, decap or recap 96, 48 or 24 tubes with Screw Caps in a single action.
The automation-friendly 0.40ml tube enables efficient storage of low volumes of liquid samples. This tube has a massive working volume of 0.40ml (+21ºC) with Screw Cap.
The High Speed Rack Reader DR900 is camera-based and reads and decodes tubes simultaneously in just 3 seconds.
The automated Micronic Tube Handler HT700 answers the need for sorting sample storage tubes more efficiently, quickly and safely. It has a small footprint and a large capacity.