Tube plates - Import export

Housing aluminium. Precision tube nickel plated steel. Trapezoidal thread spindle steel. Note The doubletube linear actuator can be operated manually or electrically. Due to the short duty cycle, the units can be adjusted several times a day at low speed and with high stability. Width, length and height adjustment possible.

Our services for research : - DNA services Development of simplex or multiplex real-time PCR tests Development of DNA extraction methods for all matrices Production of PCR kits (tubes or prefilled plates) as per ISO13485 Development of LAMP tests (isothermal DNA amplification) Development of PCR for sequencing applications (Sanger and NGS) Development of fragment analysis tests (fingerprint analysis – 22 markers) - Protein services Development of ELISA tests - Pathogen services Development of PCR methods for virus and bacteria detection Development of rapid bacteria and virus lysis.

The fundamental principles of type 3.1 and 3.2 certification are defined in the standard BS EN 10204:2004. The standard is usually applied to metal produced by mills in the form of bars, plates, tubes etc. however the standard can also be adapted to products manufactured from such metal material (valve bodies, flow meter casings etc.) - Inspection Certificate Type 3.1 - Inspection Certificate Type 3.2 Qtech Control is audited and approved as a Type A, ISO 17020 inspection body for type 3.2 material certification and type 3.2 certification of engineering products by the international accreditation body ASCB.

The fundamental principles of type 3.1 and 3.2 certification are defined in the standard BS EN 10204:2004. The standard is usually applied to metal produced by mills in the form of bars, plates, tubes etc. The standard can also be adapted to products manufactured from such metal material (valve bodies, flow meter casings etc.) please click here for more information. - Inspection Certificate Type 3.1 - Inspection Certificate Type 3.2 - Remarking Of Products - Upgrading to EN 10204 3.2