# Goniometer

- **Source:** TED · `355592-2024`
- **Buyer:** Danmarks Tekniske Universitet – DTU
- **Published:** 2024-06-17
- **Deadline:** —
- **Estimated value:** 1,500,000 DKK
- **CPV codes:** 38000000, 38400000, 38430000
- **Place-of-performance NUTS:** SE224, SWE
- **Buyer-address NUTS:** —
- **Notice type:** can-standard / 29

## Procedure details

Source lists may span several lots; list positions do not establish relationships.

### Procedure Types

- open

### Award Criterion Names

- Price
- Quality and functionality
- Performance and design

### Award Criterion Descriptions

- The price to be evaluated is total contract value as specified in Section 2 in Appendix 3 – Prices. DTU uses a linear point scale model to evaluate the tenders prices. The linear model implies that the offered prices is converted into points. The offered prices are awarded points on a scale from 0-10 according to the formula below. Thus, lowest price is awarded maximum points 10, while prices that are 100% or more expensive / higher than the lowest price are awarded 0 points. Other prices in between are awarded points according to the formula for linear interpolation: Point = maximum points – ((maximum points – minimum points)/100 %) * (price – lowest price)/lowest price. If more than one of the tenders is awarded 0 points, the threshold for 0 points is adjusted upwards by 5 percentage points until only one tenderer is awarded 0 points. However, the threshold for 0 points will not be adjusted to higher than 200 %. If all tenders deviate by less than 10 % from the lowest price, the threshold for 0 points changes by 5 percentage points in the downward direction until a minimum of 1 tender is below 9 points. However, the threshold for 0 points will not be adjusted to less than 50 %.
- DTU will assess if the tender fulfils the specified evaluation requirements to sub-criterion Quality and functionality and sub-criterion Performance and design based on the Tenderer’s specifications in Ap-pendix 2 – Requirement Specification. Based on the assessment of fulfilments, points are awarded on a scale of 0-10 points.

## Description

DTU requires a precise and accurate two axis goniometer for the ‘High Enough Resolution Diffractometer’ (HERDi) that will be located at the DanMAX beamline at the MAX IV 3GeV synchrotron source. The HERDi instruments consists of the following larger components: Precise and accurate two axis goniometer with counterweights, a microstrip X-ray detector (SDD = 760 mm) covering more than 120 degrees in two theta, a motorized sample environment table, beam conditioning and a sample chang-ing robot. Only the goniometer and associated alignment motion is included in this tender. The agreement concerns the design, manufacturing, testing, and delivery of the HERDi goniometer for the DanMAX materials science beamline at the MAX IV 3 GeV storage ring. The beamline operates in the 15 – 35 keV energy range and conduct full field imaging and powder X-ray diffraction experiments. The first of three planned end station instruments are currently in the general user program. The second instrument is under commissioning, this tender regards the third instrument. The project is funded by grants from ‘Nationalt Udvalg for Forskningstruktur’ under the Danish Minis-try of Higher Education and Science, the Capital Region, and the Central Denmark Region. In addition to these grants the MAX IV laboratory Technical University of Denmark (DTU), Aarhus University, and University of Copenhagen are also contributing financially to the project. The time of Delivery is one year from the last signature of the Agreement. The Supplier must endeavor to deliver by the end of 2024.

## Award result

- **Published notice total:** 1,250,000 DKK
- **Contract concluded:** 2024-06-11
- **Winner:** JJ X-Ray A/S (CVR 29523215) · value 1,250,000 DKK
Published values may cover multiple lots, options and frameworks; they are not supplier revenue. Unlinked notice summaries do not assign each value or expiry to each winner.

## Original notice

https://ted.europa.eu/da/notice/-/detail/355592-2024