Focusing on Analytica in the Western US, 3W Machine Demonstrates Micron-Level Precision Manufacturing Strength
At Analytica USA 2025, the world's most influential gathering in the fields of analytical technology and laboratory equipment, Beijing 3W Machine Co., Ltd. (3W Machine), a Chinese precision manufacturing enterprise, made a remarkable appearance with its core technological solutions. Held from September 10th to 12th at the Greater Columbus Convention Center in Columbus, Ohio, USA, the event centered on the theme "Innovation Across the Entire Laboratory Industry Chain." It brought together over 200 leading global companies and 4,000 professional attendees, focusing on three cutting-edge directions: digital transformation, artificial intelligence applications, and sustainable development.
As a source factory with over thirty years of depth in the field of precision manufacturing, 3W Machine not only showcased the strength of Chinese high-end manufacturing but also provided systematic support for the global laboratory industry with a craftsman spirit of "No deviation by millimeters, pursuing every micron."
Analytica USA 2025 built an industrial ecosystem platform integrating exhibitions, scientific conferences, and interactive experiences. The exhibition specifically featured country pavilions from Germany, China, the UK, and others, building bridges for international technological cooperation. This international arrangement highlighted the urgent need for precision machining, customization capabilities, and supply chain stability in the laboratory equipment manufacturing sector. It also provided an ideal stage for original manufacturers like 3W Machine to demonstrate their core strengths.
Leveraging over thirty years of comprehensive industry chain layout and technological accumulation, 3W Machine has established service capabilities covering key aspects of laboratory equipment manufacturing. From core components like quadrupole vacuum chambers to customized solutions, it provides solid assurance for the continuous operation of the industry.
Facing the stringent micron-level accuracy requirements for core components in high-end analytical instruments, such as quadrupole vacuum chambers, 3W Machine has introduced nearly a hundred high-precision machines, including large Taiwan-made gantry milling machines and US Haas high-speed machining centers, controlling machining tolerances to micron and even nanoscale levels. This high-precision manufacturing capability lays the foundation for the stable operation of equipment like spectrometers and mass spectrometers.
With the acceleration of laboratory automation, digital transformation, and growing demand for personalized customization, 3W Machine relies on its self-developed digital MES production management system, combined with software systems like PRE/UG/SOLIDWORKS-CAD/CAE/CAM, to reduce the R&D cycle for custom components such as quadrupole vacuum chambers from the traditional 3–6 months to just 4–6 weeks, powerfully driving laboratory equipment upgrades. Simultaneously, centered around its 13,000+ square meter self-owned production base, the company has established a comprehensive supplier management system, strictly adheres to the quality standard of "100% traceable production process, 100% traceable production quality," and has obtained both ISO9000 and GJB-ISO9001 certifications, ensuring supply chain continuity. Its full-process quality record system complies with international standards such as ISO/IEC 17025, providing a complete quality evidence chain that helps reduce the cost and management burden of laboratory equipment certification audits.
Looking forward, 3W Machine will continue to deepen its dual-drive strategy of "Precision Manufacturing + Digitalization," upholding the philosophy of "Craftsmanship ensures precision, details build quality." It aims to transform the precision manufacturing experience accumulated over thirty years into a force driving industry progress, ensuring that every component produced by 3W Machine—especially critical parts like quadrupole vacuum chambers—becomes a reliable guarantee for accurate laboratory data.
