2025-10-22+00:00 09:19:25+00:00 7d5f5ecc-314b-4d27-a23e-63187bb57bf1-01 PROCEDURE LOT-0000 cor-esen Tender deadline and the deadline for asking questions postponed 1 week. 16 http://www.hi.no ORG-0001 Institute of marine researc Postboks 1870 Nordnes BERGEN 5817 NO0A2 NOR 971349077 Unn Myklebost 91165027 umy@hi.no ORG-0002 Oslo tingrett Oslo 2106 NO081 NOR 926725939 +47 22035200 oslo.tingrett@domstol.no 00700603-2025204/20252025-10-23+02:00 2.3 eforms-sdk-1.13 d1ce5c59-8157-4d6f-970c-df5aa1f59102 1b0b41ed-5f8c-4484-adfd-34c7e8d1bd57 2025-10-22+00:00 09:10:43+00:00 01 32014L0024 cn-standard ENG pub-undert-cga gen-pub ORG-0001 Anskaffelsesforskriften 32014L0024 Anskaffelsesforskriften 32014L0024 epo-sub-espd The system shall be a stand-alone bench-top robotic system including custom fume hood that can be coupled to existing exhaust/air evacuation systems. The maximum length of the total system including hood/cabinet should be 200cm. The system should include liquid syringe tools with the ability to perform liquid pipetting from 1-1000 µl using syringes. The robot should be able to automatically switch between syringes in a method necessary without any manual work. The solvent modules for large volumes should be included. The system should include all tools needed for µSPE purification and be able to use both ITSP and PAL µSPE columns and include wash stations, tray-holders, and trays necessary for the purified samples to be stored at 4°C overnight. The samples after purification should be able to be stored in 1.5 ml GC/LC vials. The system should also be able to perform preparation of calibration standards and sample dilution. Software needed to run the robot should be included. open false 25/01350 25/01350 Liquid handling robot The Institute of Marine Research will invest in a new sample preparation system to achieve a more efficient, automated and improved sample preparation for analysis of contaminants and nutrients. Over 1000 samples are analyzed each year. Currently we use different manual and automated systems such as QuEChERS with dispersive SPE, ASPEC with SPE-columns and chromatographic purification using GO-HT system. The use of µSPE purification has been shown to give better and more efficient purification and we will invest in a new liquid handling robot system using syringes that is necessary for using µSPE columns. supplies 38000000 38430000 38432000 38434500 NO0A2 NOR LOT-0000 not-allowed no-eu-funds allowed NOR 266538861 non-restricted-document https://permalink.mercell.com/266538861.aspx none epo-sub-espd required no not-allowed false https://permalink.mercell.com/266538861.aspx 2 Ten Days ORG-0002 NOR ENG true true required true 2025-11-03+00:00 11:00:00+00:00 2025-10-27+00:00 11:00:00+00:00 2025-11-03+00:00 11:00:00+00:00 false none none 25/01350 25/01350 Liquid handling robot The Institute of Marine Research will invest in a new sample preparation system to achieve a more efficient, automated and improved sample preparation for analysis of contaminants and nutrients. Over 1000 samples are analyzed each year. Currently we use different manual and automated systems such as QuEChERS with dispersive SPE, ASPEC with SPE-columns and chromatographic purification using GO-HT system. The use of µSPE purification has been shown to give better and more efficient purification and we will invest in a new liquid handling robot system using syringes that is necessary for using µSPE columns. supplies 38000000 38430000 38432000 38434500 NO0A2 NOR 6