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CoreMorrow piezo objective scanner
The P76.Z100 piezoelectric objective scanner features a large load capacity of up to 0.5kg, a Z-axis linear motion range of up to 100μm, a flexible hinge mechanism, no friction, good linearity, and high closed-loop positioning accuracy.
It is possible to set 16 different crystal preparation conditions at once! You can easily obtain results that match well with literature values for the solubility of organic semiconductors in solvents!
The application of organic electronics is rapidly expanding, bringing about a revolution in fields such as display technology, renewable energy, and wearable electronics. Organic materials, which excel in flexibility, lightweight properties, and cost efficiency, are key components in devices like organic light-emitting diodes, organic field-effect transistors, and organic solar cells, providing a flexible alternative to conventional devices made from rigid materials. There are two types of manufacturing methods for low-molecular organic electronics: dry methods and wet methods. In wet methods, the compatibility of solvents and organic compounds is essential for maintaining the integrity of the final product and the desired electronic properties, making the determination of the solubility of organic compounds a very important factor in selecting solvents. Solubility information can be obtained through several methods, but with Technobis' Crystal16, it is possible to achieve simple results that closely match literature values using the polythermal method.
