Oban BioScissors
designed by Andrew Lumsden
engineered by Oban Precision Instruments
The BioScissor is precision engineered in titanium, with hand-finished cutting surfaces, by world renowned craftsmen with long experience in the micro-instrument industry.
Read "A Word from the Inventor".
Unique features include:
The BioScissor was developed to meet a need - to make clean precise cuts through small slippery material such as early embryos. The tungsten or glass needles conventionally used for this sort of work tear rather than cut and so leave ragged edges.
designed by Andrew Lumsden
engineered by Oban Precision Instruments
The BioScissor is precision engineered in titanium, with hand-finished cutting surfaces, by world renowned craftsmen with long experience in the micro-instrument industry.Read "A Word from the Inventor".
Unique features include:
- Ultra small size of the cutting edges (< 1mm long).
- Very light spring action, with no pivot to jam or loosen.
- Absence of a pivot allows clear view of the cutting action
- Tips close first, such that the cut starts from the first contact with the tissue, avoiding blind cutting.
- Long narrow points minimise the meniscus raised when cutting under liquids.
- Forged titanium body is very light yet immensly strong, rustproof, non-magnetic and autoclavable.
- Matt-anodised finish in deep blue minimises reflection and glare
- Dissection of early frog, chick and mouse embryos
- Precise explantation of tissues for culture and analysis
- Embryo tissue transplantations
- Freehand sectioning of whole-mount stained embryos
- Collection of cells or tissues for making libraries
The BioScissor was developed to meet a need - to make clean precise cuts through small slippery material such as early embryos. The tungsten or glass needles conventionally used for this sort of work tear rather than cut and so leave ragged edges.