โ— OpenAankondiging van opdrachtLeveringenTED 92/2026

European Tender Direct Laser Writing system

Aanbestedende dienst

Publicatie (PB EU)

11 mei 2026

Indieningsdeadline

29 jun 2026

Geraamde waarde

โ‚ฌย 600.000

Looptijd contract

2.0 maanden

Soort procedure

Openbare procedure

Vestigingsplaats aanbestedende dienst

Enschede (7522NB) โ€” NL213

Beschrijving

The University of Twente is tendering to purchase a Direct Laser Writing system. The MESA+ Institute of the University of Twente will invest in a new Direct Laser Writing system (DLW-system) for maskless lithography, to extent the current capacity regarding this lithographic technique. A system suitable for defining patterns in various photoresists, at high resolution and high speed, compatible with a wide range of applications and substrate types up to 200 mm in diameter. The system will be used by a wide range of users, i.e. academic researchers and students as well as industrial engineers with different backgrounds and different levels of expertise. This DLW-system will be applied for defining patterns in photoresist films to fabricate functional structures and devices in the fields of photonics, micro/nano-fluidics, (nano)electronics, etc.

CPV-codes

38000000

Percelen (1)

LOT-0000European Tender Direct Laser Writing system
โ‚ฌย 600.000

The University of Twente is tendering to purchase a Direct Laser Writing system. The MESA+ Institute of the University of Twente will invest in a new Direct Laser Writing system (DLW-system) for maskless lithography, to extent the current capacity regarding this lithographic technique. A system suitable for defining patterns in various photoresists, at high resolution and high speed, compatible with a wide range of applications and substrate types up to 200 mm in diameter. The system will be used by a wide range of users, i.e. academic researchers and students as well as industrial engineers with different backgrounds and different levels of expertise. This DLW-system will be applied for defining patterns in photoresist films to fabricate functional structures and devices in the fields of photonics, micro/nano-fluidics, (nano)electronics, etc.

380000002 maanden

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