Laser Capture Microdissection (LCM) system
Details
- Buyer
- University of Exeter
- Supplier(s)
- LEICA MICROSYSTEMS (UK) LIMITED
- Value
- GBP 239,166.63
- Topic
- Medical equipments
- Published
- 21 November 2022
- Source
- uk:find_a_tender
Tender description
The University of Exeter is looking to purchase a Leica LMD6 Laser Microdissection (LMD) System. This system stage to be kept still during dissection, ensuring accurate dissection of target cells. Microscope slide bed motors can be disengaged for free movement of the stage by hand and the software picks up the position, speeding up identification of an area of interest. Optics are specifically designed for laser microdissection; these custom-made objectives are made for the process and will therefore be more accurate and last longer. This system includes the software specific to Leica that enables the automated dissection of cells from samples based on an original selection criteria, this allows for automated sample collection, speeding up the process dramatically and making high throughput study designs possible. The LMD design means that samples are dissected and collected contact- and contamination-free.. Lot 1: The University of Exeter is looking to purchase a Leica LMD6 Laser Microdissection (LMD) System. This system stage to be kept still during dissection, ensuring accurate dissection of target cells. Microscope slide bed motors can be disengaged for free movement of the stage by hand and the software picks up the position, speeding up identification of an area of interest. Optics are specifically designed for laser microdissection; these custom-made objectives are made for the process and will therefore be more accurate and last longer. This system includes the software specific to Leica that enables the automated dissection of cells from samples based on an original selection criteria, this allows for automated sample collection, speeding up the process dramatically and making high throughput study designs possible. The LMD design means that samples are dissected and collected contact- and contamination-free.. - Laser guided by optics for greater accuracy and speed, enabling high throughput research - Stage is kept still during dissection, ensuring accurate dissection of target cells - Microscope slide bed motors can be disengaged for free movement of the stage by hand and the software picks up the position, speeding up identification of an area of interest - Optics are specifically designed for laser microdissection; these custom-made objectives are made for the process and will therefore be more accurate.
Timeline
- Completed: Award published21 November 2022Current notice
- Completed: Award date8 December 2022
About the buyer
University of Exeter is a public sector buyer in United Kingdom publishing tenders and awards on Stotles. Explore their procurement activity and find more opportunities like this one.
Relevant CPV codes
- 33100000 · Medical equipments
- 33128000 · Medical laser other than for surgery
- 38636100 · Lasers
Decision makers
Connect with the people behind this procurement.
| Contact name | Job title | Phone number | Work email |
|---|---|---|---|
| Head of Procurement | +44 •••• •••••• | ••••••••@university-of-exeter.gov | |
| Commercial Director | +44 •••• •••••• | ••••••••@university-of-exeter.gov | |
| Procurement Manager | +44 •••• •••••• | ••••••••@university-of-exeter.gov | |
| Category Lead | +44 •••• •••••• | ••••••••@university-of-exeter.gov | |
| Senior Buyer | +44 •••• •••••• | ••••••••@university-of-exeter.gov | |
| Contracts Manager | +44 •••• •••••• | ••••••••@university-of-exeter.gov |
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