The dental industry produces dental restorations from a variety of materials, including soft plastics, hard metals, and high-strength zirconia. Combining high-speed milling with ultrasonic vibration machining, all materials can be processed on a single machine, which is a necessary condition for making high-quality dental restorations.
In addition, it is also necessary to process various restorations on one machine. Prostheses such as crowns, bridges, abutments or implants have a complex and unique structure that can be processed efficiently using only a four- or five-axis milling machine.
The dental industry has special requirements for milling machines and equipment, which has a significant impact on SAUER's research and development work. The new ULTRASONIC 10 once again shows that the company places a high priority on customer and market orientation. This is a very compact five-axis precision machine that offers the best production solutions for a wide range of dental prostheses and dental materials. With intelligent expansion, automated production is also possible.
With a footprint of only 2m 2 , the ULTRASONIC 10 is the world's most compact CNC five-axis milling center for machining dental restorations based on CAD/CAM.
Compact multi-function machine for increased production
ULTRASONIC 10 not only can process a variety of materials and various complex structures, its technology is mature and equipped with HSK 25 tool holder water-cooled high-frequency spindle speed of up to 40 000r / min, CNC swing rotary table swing range of -20 Â° ~ +120Â°. All of these features make ULTRASONIC 10 a machine tool that appeals to the dental industry. It optimizes the processing of dental laboratories and, more importantly, increases productivity.
On the one hand, ULTRASONIC 10 uses ultrasonic vibration processing to provide the most economical processing for a wide range of products; on the other hand, the machine is ideal for use in tight spaces, which is beyond the reach of any other machine. The machine is compact and can pass any standard with a headroom size of 800mm (width) x 1 800mm (height), and only 2m 2 of space is sufficient for installation.
Nanomicro Tech offers a series of hydrophobic interaction chromatography (HIC) media for high efficiency separation and purification of proteins and peptides. HIC is used to separate proteins on the basis of relative hydrophobicity. The unique feature of HIC is that proteins bind at high salt concentration and elute at low salt concentration. While in reversed phase column chromatography (RPC), desorption is often promoted by the addition of an increasing amount of organic solvent. Therefore gentle binding and elution condition of HIC allows a better retaining of the biologic activity of the target protein than RPC in which organic solvents are applied. The strength of the hydrophobic interaction is influenced strongly by the nature of the salt components in the mobile phase. The salt concentration needed depends on the protein hydrophobicity and solubility. HIC is particularly attractive for Protein Purification after ion exchange and affinity chromatography, where the sample with high salt concentration can often be applied directly to HIC. By combining HIC with ion exchange or affinity chromatography, the purification of biomolecules can be completed efficiently.
Hydrophobic Interaction Chromatography Media,Hic Media,Protein Purification
Suzhou Nanomicro Technology Co., Ltd. , http://www.nanomicro-technology.com