Beskrivning av upphandlingen
Dual output ultrafast laser for advanced imaging through multiphoton microscopy, to image the activity of neurons in mice in vivo.
Invitation to tender
Karolinska Institutet, hereinafter called KI, invites companies, hereinafter called the Tenderers, to submit tenders concerning dual output laser for multiphoton microscopy applications.
Estimated value
The estimated value is 2 500 000 SEK.
Agreement term
The agreement shall become effective when the parties, KI and the chosen supplier, have signed the contract.
Contents
The tender request documentation consists of the following document parts:
1. Invitation to tender. 2. Administrative rules. 3. Evaluation and Qualification. 4. Supplier qualification. 5. Technical requirements. 6. Commercial terms and conditions. Additional information published during the procurement procedure is considered to be part of the procurement documents. The Tenderer is responsible for acquiring all of the procurement documents.
Procurement authority
Karolinska Institutet, Reg. No: 202100-2973, Visiting address: Nobels väg 6171 77 Stockholm
Contact person during the procurement process
Any questions are to be asked via TendSign.
Contact person:
Nils Emlund, Purchasing and Procurement unit, Tel: +46(0)8 524 87379, Mobile: +46(0)73 712 15 55, e-mail:
nils.emlund@ki.se
Procurement procedure
The procurement is carried out as an open procedure according to Chapter 6, § 2 of the Swedish Public Procurement Act (2016: 1145) (LOU).
For more information on procurement procedures, see upphandlingsmyndigheten.se/upphandla/om-upphandlingsreglerna/Upphandlingsforfaranden.
Tender's period of validity
The tender must be valid until 8.5.2018.
If necessary, KI may request an extension of the tender validity period, for example, if the procurement process or the contract award decision is appealed in court.
Compensation
KI shall reject all Tenderer's claims for compensation for the work performed during participation in the procurement process.
Description
Karolinska Institutet (KI) will acquire one dual output laser for multiphoton microscopy applications.