Loading page content…
Loading page content…
Loading contract search results…
Loading contract details…
| Source: | Find a Tender Service (FTS) |
| Notice Type: | Pipeline / planning |
| Buyer: | NHS Lothian |
| Main Category: | Goods |
| Procurement Method: | — |
| Tender Status: | Pre-tender |
| Estimated Value (ex. VAT): |
NHS Lothian has identified a requirement to tender for Glaucoma Surgery devices. The aim is to meet the Glaucoma surgery requirements, whilst obtaining the best possible contractual arrangements for each Lot within the tender. To ensure that when NHS Lothian purchase Glaucoma Surgery devices they are legally compliant and meet the current Medical Device Regulations. NHS Lothian would like to purchase Glaucoma surgery devices through the following lots: 1. Glaucoma Drainage Devices 2. Trabecular bypass procedures – with or without a stent 3. Canaloplasty +/- trabeculoplasty 4. Suprachoroidal devices
NHS Lothian requires Glaucoma drainage devices, implanted into eye bypassing conventional aqueous outflow pathway and draining externally to lower intraocular pressure.
NHS Lothian requires implants or laser devices to perform surgery on trabecular meshwork tissue to improve conventional aqueous outflow mechanism to lower intraocular pressure.
NHS Lothian requires devices to promote dilatation of downstream canals or removal of barrier trabecular meshwork tissue to improve conventional aqueous outflow to lower intraocular pressure.
Pipeline status
Not addedImports the contract into your BidWriter pipeline · Qualify before you commit to bid
Estimated Value
£1,200,000
Need help writing this bid?
Our specialists write winning tender responses. Free consultation, no obligation.
Book a free consultation →| £1,200,000 |
| Release Date: | 15 August 2024 |
| Application Deadline: | — |
| Procurement ID (OCID): | ocds-h6vhtk-048b4f |
| Notice Reference: | 026010-2024 |
Ready to bid on this contract?
BidWriter AI writes your tender response in minutes — import this contract in one click.
NHS Lothian requires Devices for dilating suprachoroidal space to improve uvealscleral aqueous outflow pathway to lower intraocular pressure