Home / Opportunities / Opportunity
PROCUREMENT OPPORTUNITY

CNC High Speed Automated Section Cutting Machine

Ferguson Marine (Port Glasgow) Ltd · compiled

Tender information last checkedLast checked 29 Sept 2026, 19:40.

Opportunity overview

To improve its Shipbuilding manufacturing capability and capacity FMPG have a requirement to purchase a CNC High Speed Automated Section Cutting Machine that will increase FMPGs throughput and quality performance in Carbon Steel and Aluminium cutting.

Classification

  • CPV42000000 — Industrial machinery

Lots

  • To improve its Shipbuilding manufacturing capability and capacity FMPG have a requirement to purchase a CNC High Speed Automated Section Cutting Machine that will increase FMPGs throughput and quality performance in Carbon Steel and Aluminium cutting. CNC High Speed Automated Section Cutting Machine. Capable of cutting the following stiffener profiles up to 12 meters in length: Flat Bar Angle Bar T-Bar Bulb Bar Channel Bar H-Beams To be capable of the following: 1. Hole cutting. 4. Marking facility. 5. Fume extraction. 6. Software requirements TBAValue not stated

Published notice details

Additional information from the published procurement release. Fields appear only when supplied by the source; check the original notice and tender documents before acting.

Scope, procedure and submissions

Id
ocds-h6vhtk-049762
Status
unsuccessful
Has Recurrence
No
Procurement Method
open
Main Procurement Category
goods
Procurement Method Details
Open procedure

Covered By

GPA

Bid Opening

Date
2 Oct 2024, 13:30

Legal basis

Id
32014L0024
Scheme
CELEX

Expected award period

Starts
2 Oct 2024, 13:30

Tender Period

Ends
2 Oct 2024, 13:00

Contract terms

Has Electronic Payment
Yes
Has Electronic Ordering
Yes
Electronic Invoicing Policy
allowed

Classification

Id
42000000
Scheme
CPV
Description
Industrial machinery

Submission terms

Languages

en

Bid Validity Period

Duration In Days
180

Submission Method

electronicSubmission

Lots and requirements

Entry 1
Id
1
Status
cancelled
Has Options
No
Has Renewal
No
Description
To improve its Shipbuilding manufacturing capability and capacity FMPG have a requirement to purchase a CNC High Speed Automated Section Cutting Machine that will increase FMPGs throughput and quality performance in Carbon Steel and Aluminium cutting. CNC High Speed Automated Section Cutting Machine. Capable of cutting the following stiffener profiles up to 12 meters in length: Flat Bar Angle Bar T-Bar Bulb Bar Channel Bar H-Beams To be capable of the following: 1. Hole cutting. 4. Marking facility. 5. Fume extraction. 6. Software requirements TBA

Award criteria

Criteria

Criterion 1
Name
Technical / Quality
Type
quality
Description
40
Criterion 2
Type
price
Description
60

Contract period

Duration In Days
360

Submission terms

Variant Policy
notAllowed

Items and delivery

Item 1
Id
1
Related Lot
1

Delivery locations

Entry 1
Region
UKM83
Entry 2
Region
UKM83
Entry 3
Region
UKM83

Buyer, suppliers and contacts

Organisation 1
Id
GB-FTS-20365
Name
Ferguson Marine (Port Glasgow) Ltd

Roles

buyer
centralPurchasingBody

Address

Region
UKM83
Locality
Port Glasgow
Postal Code
PA14 5NG
Country Name
United Kingdom
Street Address
Newark Works Castle Road, Castle Road

Details

Classifications

Entry 1
Id
BODY_PUBLIC
Scheme
TED_CA_TYPE
Description
Body governed by public law
Entry 2
Scheme
COFOG
Description
Shipbuilding

Identifier

Legal Name
Ferguson Marine (Port Glasgow) Ltd

Contact

Telephone
+44 1475742300
Organisation 2
Id
GB-FTS-8734
Name
Greenock Sheriff Court

Roles

reviewBody

Address

Locality
Greenock
Country Name
United Kingdom

Identifier

Legal Name
Greenock Sheriff Court

Award information

Award 1
Id
007980-2025-N/a-1
Status
unsuccessful
Status Details
unsuccessful

Related lots

1

Recorded locations

  • Buyer location · Port Glasgow · UKM83 · PA14 5NG · United Kingdom
  • Delivery location · UKM83

Notice and amendment history

1 published notice version reviewed by ProcuraAxis.

1 VERSION
  1. ocds-h6vhtk-049762-2025-03-05T10:06:29Zcompiled ·