NEXOPART is a premier German manufacturer specializing in the field of particle characterization, headquartered in Oelde. Established as a joint venture between two industry giants—Haver & Boecker and Hosokawa Alpine—the company has spent decades (through its parentage) fulfilling the mission of providing "The Best of Both Worlds" in sieving technology. NEXOPART is internationally renowned for its comprehensive portfolio of high-precision test sieves, vibration sieving machines, and innovative air jet sieving systems. By combining centuries of expertise in wire weaving with cutting-edge aerodynamic engineering, the brand ensures that researchers and quality control managers achieve absolute accuracy in particle size distribution. Today, NEXOPART is a vital partner for the pharmaceutical, chemical, and mining industries, delivering "Made in Germany" excellence that ensures consistency and compliance in laboratory analysis worldwide.
The NEXOPART range at LabFriend features professional sample preparation solutions, headlined by their robust laboratory test sieves and advanced electromagnetic sieving machines. These instruments are essential for the accurate separation and grading of dry powders and granules across various industrial sectors. For specialized fine-particle analysis, the brand provides advanced analytical measurement support through their e200LS air jet sieving system, designed for materials that are difficult to separate using traditional methods. Their portfolio also encompasses essential general laboratory aids, featuring ultrasonic cleaning baths for sieve maintenance and high-precision analytical weights for calibration. To support digital laboratory documentation, NEXOPART offers the CSA (Computerized Sieve Analysis) software, which allows for automated data recording and the generation of standardized analysis reports. By choosing NEXOPART through LabFriend, you benefit from competitive pricing and fast shipping on premium particle analysis technology designed for maximum reproducibility.
Why Choose NEXOPART for Your Laboratory?
- Unmatched Industry Pedigree: By merging the laboratory divisions of Haver & Boecker and Hosokawa Alpine, NEXOPART offers unparalleled technical depth and global leadership in sieving technology.
- High-Precision Wire Mesh: Every NEXOPART test sieve is manufactured to the highest standards (ISO 3310-1 or ASTM E11), utilizing premium wire cloth for consistent aperture sizes and long-term durability.
- Advanced Air Jet Technology: Their air jet sieving solutions are the industry standard for fine powders, utilizing controlled airflow to prevent particle agglomeration and ensure rapid, accurate results.
- Robust Stainless Steel Construction: NEXOPART sieves feature high-grade stainless steel frames with smooth transitions to prevent material residues and cross-contamination.
- Seamless Digital Integration: Their modern sieving machines are designed for the digital age, offering touch-screen interfaces and automated connectivity to balances and laboratory software.
Frequently Asked Questions
1. What is the benefit of an Air Jet Sieve over a vibration sieving machine?
Air jet sieving (using the NEXOPART e200LS) is specifically designed for very fine materials (down to 10 µm) that tend to clog or agglomerate on standard sieves. The air jet disperses the particles, ensuring a much more accurate separation of fine powders.
2. Are NEXOPART sieves compatible with other manufacturers' machines?
Yes, NEXOPART manufactures sieves in standard diameters (e.g., 200mm, 8 inches, 300mm), ensuring they are fully compatible with most high-quality laboratory sieving machines on the market.
3. How often should I calibrate my test sieves?
The frequency of calibration depends on the intensity of use and the abrasiveness of your samples. We recommend regular visual inspections and a formal re-certification by NEXOPART at least once a year for regulated quality control environments.
4. Can I use NEXOPART sieves for wet sieving?
Absolutely. NEXOPART offers specialized accessories for wet sieving, including venting rings and spray nozzles, allowing for the analysis of materials that are suspended in liquid or tend to be static-charged.
