It is the only domestically produced diamond knife for ultra-microtomes.
We have received the business transfer from Sumitomo Electric and changed our name from "Suminife" to "Shimnife." However, we continue to uphold the quality and rigorous shipping inspections, manufacturing as the only domestic manufacturer. We do not offer regrinding or replacement sales of conventional products, but we keep prices low, featuring an affordable price range and high quality. In addition to the conventional series, we have also started selling the N grade, which uses diamond of gem quality and is available for replacement sales. If you have any feedback or requests regarding the knives, please do not hesitate to let us know.
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basic information
◆Ultra-thin slices (less than 0.1μm) Room temperature (wet) type ・SYM3045 3.0mm width 250,000 yen ・SYM2545 2.5mm width 210,000 yen ・SYM2045 2.0mm width 170,000 yen *Available in 35° and 55° ・SYM1045 1.0mm width 105,000 yen *Available in 35° and 55° ・SYM0545 0.5mm width 73,000 yen *Available in 55° Cryo (dry) type ・SYM2045T 2.0mm width 170,000 yen *Available in 35° ・SYM1045T 1.0mm width 105,000 yen *Available in 35° Cryo (wet) ・SYM2045C 2.0mm width 170,000 yen *Available in 35° ・SYM1045C 1.0mm width 105,000 yen *Available in 35° ◆For optical microscopes (2–0.3μm) ・XAC SYMX3055 3.0mm width 110,000 yen
Price range
P3
Delivery Time
※Please contact the sales agent.
Applications/Examples of results
A diamond knife is a tool used in an ultramicrotome device. ◆ Applications - Preparation of samples for TEM, SEM, and optical microscopy observation - Examination of plant and animal cells, pathological tests - Cross-sectional inspection of organic and inorganic materials
Detailed information
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N grade This is a diamond knife for ultra-microtomes that uses gem-grade diamonds instead of synthetic diamonds produced by conventional high-temperature and high-pressure methods, and it is available for exchange sales. Currently, we are selling a 2mm wide, 45° wet knife.
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There are two departments: the diamond processing department and the precision processing department. The diamond processing department processes various diamond materials such as single crystal, polycrystalline, sintered bodies, and CVD. The main methods used are laser cutting, hole processing, and polishing. The precision processing department actively incorporates advanced technologies to perform fine processing of metals and ceramics. Additionally, both departments leverage each other's technologies to achieve advancements such as extending the lifespan of diamond tools and developing diamond knives.