Dual-growth chamber Molecular Beam Epitaxy System (2 Lots)

UNIVERSITY OF SHEFFIELDcontractContracts FinderRef 4420/DM/25SME suitableVCSE suitablecomplete
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Estimated value

£4.8m

Awarded value

£4.9m

Awarded 03 Sept 2025

Suppliers

1

Lots

1

1 awarded

Published

20 Oct 2025

Deadline 14 Mar 2025

Description

The EPSRC National Epitaxy Facility (NEF) based at the University of Sheffield has been providing bespoke semiconductor wafers to academia and industry for 45 years. It is a unique world-class centre combining technical excellence and expertise with state-of-the-art epitaxy and material characterization equipment. We are looking to further enhance our capability provision to the UK semiconductor community, by investing in a new linked dual-chamber Molecular Beam Epitaxy (MBE) System for arsenides/phosphides and arsenides/antimonides growth that is fully automated, capable of 24/7 operation, reliable, and resource-efficient allowing further expansion in the future. The system is replacing two existing VG reactors capable of 4" wafer growth of high-quality arsenides/phosphides and arsenides/antimonides, and should offer higher throughput thanks to automation of growth recipes for 24/7 operation, and integrated solutions allowing maintenance of critical components (such as ion gauges, cells) without breaking chamber vacuum. This tender is divided into 2 Lots: (Suppliers may bid for one or both Lots) Lot 1 - MBE System Lot 2 - In-situ monitoring equipment

Scope

Reference
4420/DM/25
Total value
£4,750,000 excluding VAT
Commercial tool
Standalone contract
Contract dates
30 Apr 2025 to 31 Aug 2026
CPV classifications
31712000 38000000
Particular suitability
Small and medium-sized enterprises (SME)Voluntary, community and social enterprises (VCSE)

Submission & procedure

Submission deadline
14 Mar 2025, 1:00 pm

Award details

Awarded supplier(s), contract period and value as published in the award notice.

Awarded value

£4.9m

Award date

03 Sept 2025

Contract start

30 Apr 2025

Contract end

31 Aug 2026

Awarded to