Used GROB NS-18 #9209413 for sale

GROB NS-18 is a fully automated crystal growth, sawing, and slicing equipment featuring a three-axis piezoelectric stage with a U-shaped frame to accommodate the range of substrates. The system is ideal for production of crystals, crystals and windows for optical or laser devices. The unit is capable of creating high-quality optimized substrates, including single crystals, quasi-single crystals, and polycrystalline materials. This machine offers a combination of a high-efficiency laser synthesis and RSM (Four-axis Resonance Scan Mirror) cutting to achieve precise thickness and flatness, as well as perfect surface roughness. NS-18 is an advanced tool that utilizes its specialized techniques of laser heating, vacuum deposition, and low-temperature atomic layer deposition (ALD) to create various types of high-quality solids such as diamond window or single crystal. It also features a vacuum deposition stage for gold and other thin-film depositions. Additionally, the platform includes an advanced diamond sawing station, along with a rotating diamond tool for cutting and grinding substrates. The diamond blade can be used to create precise cuts and tolerances to achieve desired dimensions. The diced wafers can then be sliced into various shapes on the diamond tool to obtain thinner slices or windows. GROB NS-18 also includes a wide range of inspection equipment that can verify the quality of the substrate before and after processing. This includes a laser scanning microscope, a non-contact roughness gauge, a reflection polarization microscope, and an interferometer. In addition, the asset is available in two versions - NS-18 manual stage and GROB NS-18 automatic stage. The manual version offers various cutting and milling operations for slices from 0.2 to1 mm in thickness. The automatic version offers a wide range of motion control parameters for precision slicing. NS-18 is an advanced solution for crystal growth, sawing, and slicing. It can provide a cost-effective solution for businesses that require the highest quality and tolerance of substrates used in the production of optical and laser devices. This model can ensure efficient and consistent production of substrates and reduce costs associated with inefficiency and maintain the best available quality.