Our Empty Integrated Emitter Capillaries are available in three inner diameters (75, 100 and 150 µm) and five lengths ranging from 100 to 500 mm. Manufactured from high-quality fused silica and offered in convenient 2-, 10-, and 20-packs, they provide an excellent foundation for reproducible and high-performance self-packing of nano- and micro-LC emitters. The precise naked-tip design ensures optimal spray stability and reliable performance in advanced proteomics workflows.
Boost the performance of your micro- and nano-LC proteomics workflows with high-quality Trapping Cartridges from Dr. Maisch. Designed for fast sample clean-up, pre-concentration, and desalting, they enhance sensitivity, protect the analytical column, and ensure sharp, reproducible LC-MS peaks. Our patented cartridge design offers easy handling, quick exchange, and reliable performance at pressures up to 800 bar, while a wide selection of dimensions and ReproSil media provides maximum flexibility for any trapping setup.
Compatible with PepMap™ Neo Trap Cartridges, Nanoviper, and MarvelXACT connections, these cartridges are the ideal choice for robust, high-efficiency sample trapping in modern proteomics.
MyConnect stainless steel connectors are engineered for reliable, high-performance HPLC operation, offering precise flow control and exceptional mechanical stability. Available with inner diameters of 120 μm and 170 μm in lengths of 150 mm and 300 mm, they provide optimal compatibility for a wide range of analytical and preparative workflows. With a pressure tolerance of up to 1300 bar, MyConnect ensures safe and leak-free operation even under demanding UHPLC conditions. Each connector features 1/16" fittings on both ends, allowing seamless integration into standard HPLC instrument setups. MyConnect delivers durability, robustness, and confidence in every chromatographic connection.
Developed at the Max Planck Institute of Biochemistry Martinsried, the Sonation column oven is used for temperature control of the separation column in nano ESI applications.
A constant column temperature makes measurements significantly more accurate, and a higher column temperature allows significantly higher flow rates to be achieved at a constant pressure. This leads to the fact that the sample and wash cycles can be accelerated considerably and thus the utilization of the instrument is improved.
Discover Sonation Column Ovens