Supply, Delivery, Installation, Commissioning, and Validation of an Integrated Glove Box-Linked Dual Atomic Layer Deposition (ALD) Reactor System with Collocated Ellipsometer System for Tyndall, UCC
Value
Estimated€1,800,000 · 1,800,000 EUR
Awarded—
Who already wins at this buyer
Firms with recorded awards from University College Cork in this tender’s CPV categories — the incumbents you are bidding against.
| Firm | Wins | Awarded | Last win |
|---|---|---|---|
| FEI UK Limited | 1 | €5,500,000 | 2026-04-30 |
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CPV codes
38000000 Laboratory, optical & precision equipment38300000 Laboratory, optical & precision equipment38400000 Laboratory, optical & precision equipment38500000 Laboratory, optical & precision equipment38600000 Laboratory, optical & precision equipment38900000 Laboratory, optical & precision equipmentDescription
Tyndall National Institute, University College Cork (UCC) invites tenders for the supply, delivery, installation, Commissioning, Calibration and Validation of an integrated Atomic Layer Deposition (ALD), Glove Box, and Ellipsometer System, compromising four main components: (i) ALD Reactor 1: Designed for the deposition of 2D dichalcogenide materials, featuring process conditions and precursor delivery systems optimised for chalcogen-based chemistries. (ii) ALD reactor 2: Configured for the deposition of metal oxide films, designed for oxygen-rich precursor processes. (iii) Glove Box Module: Provides a controlled inert atmosphere that connects both ALD reactors, enabling contamination-free sample transfer and handling. (iv) Ellipsometer: Designed to operate both in-situ and ex-situ with each ALD reactor, allowing precise thin-film thickness and optical property characterisation for process monitoring, calibration, and validation. The system must be supplied and installed by the tenderer to ensure full system integration and operational compatibility for Tyndall National Institute. Together, this integrated system will form a key capability for atomic layer processing, supporting advanced thin-film deposition and real-time characterisation for next-generation materials research.
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