Life science
& medical supplies
& medical supplies
Vybavenie klinických laboratórií. Produkty pre vedu a výskum
- Reprodukčná medicína
- Bunková biológia
- Pipetovanie, centrifugácia a miešanie
- Preparáty a histopatológia
- Molekulárna biológia
- Servis
- mikromanipulácia buniek
- inkubácia (kultivácia)
- pipetovanie
- kryokonzervácia
- označovanie vzoriek
- skúmavky
- PCR
- prístroje pre prípravu vzoriek
- mikroskopia a histopatológia
- centrifugácia
- izolácia a purifikácia
- IVF kliniky
- Technický servis
- laboratorní rukavice
- skladovanie
Marienfeld precision cover glasses thickness No. 1.5H, 18x18 mm, 10x200
2000 pcs./hinged

- Výrobca: Marienfeld - Paul Marienfeld GmbH & Co.KG
- Kód: 0107032
- Dostupnosť: Zvyčajne do 2 týždňov
- Počet ks v balení: 2000
- Cena bez DPH: 156,00 €
- Cena s DPH: 191,88 €
156,00 €
Modern high-performance microscope objectives are designed to be used with cover glasses of a thickness of 170 μm. The quality of the cover glass, in particular the compliance with the nominal thickness, has thereby a crucial impact on the imaging quality. Variations of thickness reduce the image contrast and result in image defects, most notably in spherical aberration.
We produce high-precision cover glasses with thickness No. 1.5H featuring an exceptionally accurate thickness of 170 μm ± 5 μm. This new generation of cover glasses are highly recommended for objectives with high numerical aperture and high resolution, for example:
- dry objectives: N.A. > 0.7
- objectives for water immersion: N.A. > 1.0
- objectives for glycerol immersion: N.A. > 1.2
- objectives for oil immersion: N.A. > 1.3
- made of chemically resistant borosilicate glass D 263® M of the first hydrolytic class
- absolutely colourless, perfectly clear, suitable for fluorescence microscopy
- in compliance with DIN ISO 8255
- thickness No. 1.5H (0.170 mm ± 0.005 mm)
- for applications according to EU regulation 2017/746 on in vitro diagnostic medical devices (IVDR), with CE-mark and batch number for comprehensive information and traceability