Maassen GmbH is a specialized German manufacturer of high-quality laboratory equipment and accessories for spectroscopy and sample preparation, headquartered in Reutlingen. Since its establishment, the company has focused on the mission of "Precision in Preparation," becoming a trusted partner for researchers requiring consistent and reproducible samples for analytical chemistry. Maassen is particularly renowned for its robust manual and automatic hydraulic laboratory presses, which are essential for creating high-quality pellets for FTIR and XRF analysis. By combining traditional mechanical durability with modern safety features, the brand ensures that even high-pressure applications are handled with ease and reliability. Today, Maassen is a global specialist, delivering "Made in Germany" engineering that provides the foundation for accurate spectroscopic data across the material science, pharmaceutical, and geological sectors.
The Maassen range at LabFriend features professional sample preparation solutions, headlined by their heavy-duty laboratory presses and precision pellet dies. These instruments are critical for the formation of KBr pellets and solid discs used in infrared spectroscopy. For specialized analytical workflows, the brand provides advanced analytical measurement support through their extensive selection of spectroscopy cells, cuvettes, and window materials (such as NaCl and KBr). Their portfolio also encompasses essential general laboratory aids, featuring specialized tools for handling and polishing optical components to maintain peak spectral clarity. To support high-throughput testing, Maassen offers automated pressing solutions and customized die sets tailored to specific analytical requirements. By choosing Maassen through LabFriend, you benefit from competitive pricing and fast shipping on premium sample preparation technology designed for absolute consistency and scientific accuracy.
Why Choose Maassen for Your Laboratory?
- Expertise in Spectroscopy: With years of specialization in optical accessories, Maassen provides the deep technical knowledge required to select the right materials for UV-Vis, NIR, and FTIR analysis.
- Robust Hydraulic Engineering: Maassen laboratory presses are built for industrial longevity, featuring precision-machined components that allow for the exact control of pressure required for high-quality pelletizing.
- High-Quality Optical Materials: From standard glass cuvettes to specialized infrared-transparent crystals, Maassen ensures that all optical components meet strict purity and surface-quality standards.
- Safety-Focused Design: Their modern laboratory presses include integrated safety shields and pressure relief valves, protecting laboratory personnel during high-pressure sample consolidation.
- Versatile Accessory Catalog: Whether you need a standard 13mm KBr die or a custom-sized pellet mold for XRF, Maassen offers a comprehensive range of accessories compatible with most major spectrometer brands.
Frequently Asked Questions
1. What pressure is typically required for making KBr pellets?
For a standard 13mm KBr pellet, a pressure of approximately 10 tons is usually recommended. Maassen's manual and automatic presses are specifically designed to reach and maintain these pressures safely and accurately.
2. How do I maintain the clarity of my KBr or NaCl windows?
KBr and NaCl are hygroscopic (they absorb moisture from the air). Maassen recommends storing these materials in a desiccator when not in use and using their specialized polishing kits to remove any surface fogging caused by humidity.
3. Are Maassen pellet dies compatible with other brands of laboratory presses?
Yes, Maassen manufactures their pellet dies to industry-standard dimensions, making them compatible not only with Maassen presses but also with many other common laboratory press systems.
4. Can Maassen presses be used for material testing beyond spectroscopy?
Absolutely. While highly popular for spectroscopy, Maassen hydraulic presses are also used for crushing tests, material compression studies, and the extraction of liquids from solid samples in various research fields.
