High speed rotary joint is a fluid transmission sealing device designed specifically for high-speed working conditions. Its core function is to transport the medium (water, oil, gas, etc.)
Below are our most trusted rotary joint series, available for standard or custom-engineered orders. As a manufacturer specializing in precision rotary sealing technology, SD SWIVELES Engineering Co., Ltd. brings together a dedicated team of certified mechanical engineers, application specialists, and production experts, each with decades of hands-on experience in the R&D of fluid transfer systems for paper, steel, rubber, plastic, and chemical processing industries.
The 1116-516-463 rotary joint is a "closed seal" continuous coolant rotary joint designed specifically for single channel coolant or micro lubrication (MQL) applications
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1116-063-463 rotary joint is a bearing supported coolant rotary joint designed specifically for machining centers, gun drills, and deep hole machining equipment. This model belongs to the 1116 series and adopts a "closed seal" design, suitable for continuous coolant or micro lubrication (MQL) applications
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Professional SKT center outlet rotary joints exclusively for CNC lathes, milling machines and machining centers. Adopting wear-resistant sealing and anti-clog flow channel design, ideal for long-cycle high-speed spindle cooling and oil mist lubrication systems.
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SRJ01-2005 belongs to single or double path high-speed rotary joints, designed specifically for spindle cooling systems in CNC machine tools and machining centers. Its core function is to transport cutting fluid, hydraulic oil, or air from a stationary pipeline to the interior of a high-speed rotating spindle, in order to achieve tool cooling, chip removal, or pneumatic clamping
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GAT (such as Rotodisk SW/S series): using static hydraulic self compensating silicon carbide/ceramic seals, supporting up to 200-400 bar pressure and 100000 rpm speed (depending on the model), non-contact or micro gap sealing structure to achieve extremely low friction and zero leakage (dynamic ≤ 0.01 mL/h), the body is mostly made of high-precision steel or stainless steel
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ESX20M-756YSUS high-speed rotary joints are SUS stainless steel precision unions customized for CNC machine tools. Boasting anti-corrosion, low torque and vibration-resistant design, they support stable, leak-free high-speed transmission of coolant and oil mist for precision machining.
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ESX20M-8080YSUS series of bearingless rotary joints consists of a fixed part ha installed in a protective cover and a rotating part of the main shaft, without bearings. Due to the absence of built-in bearings, the vibration of this series of rotary joints is small, and their compact size contributes to the miniaturization of machine tools
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ESX20M-E016 flange connection high-speed rotary joints feature stable flange mounting structure and precision sealing system. Designed for high-RPM industrial equipment, these heavy-duty rotary unions deliver leak-free coolant and oil mist transmission with excellent vibration resistance.
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Troubled by spindle seal wear and fluid leakage during continuous operation? LX84-7920 rotary joints adopt optimized low-friction design, effectively resisting cutting fluid impurities and extending service life for precision machining equipment.
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Solve vacuum failure, impurity clogging and high-speed leakage of vertical spindle equipment. LX86V-234 vacuum rotary joints optimize drainage and sealing performance, reduce component wear and ensure long-term stable machining operation.
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RIX LX86M-234 built-in bearing rotary joints feature a professional double drain structure for vertical spindle mounting. Equipped with durable ceramic mechanical seals, these high-speed, high-pressure unions support 7MPa coolant and 1MPa oil mist delivery for stable CNC machining operation.
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Solve vertical installation drainage blockage and high-pressure leakage with LX86M-234 rotary joints. Optimized double drain design discharges cutting fluid impurities effectively, reducing seal wear and ensuring uninterrupted high-speed precision machining.
detailFrom precision machining to seal testing, every step follows international standards (ISO 9001, CE, ATEX) — delivering reliable fluid transfer solutions for paper, steel, chemical, rubber, and plastics industries.
High-precision CNC machining centers with micron-level tolerances ensure rotational stability and seal integrity, even at high speeds and demanding operating conditions.
316L stainless steel, alloy steels, silicon carbide, and carbon graphite — selected for maximum corrosion resistance, wear resistance, and compatibility with steam, hot oil, water, and air.
Balanced seal design with silicon carbide/graphite seal rings delivers ultra-low leakage rates under high-temperature and high-pressure conditions, ensuring extended service life and reduced maintenance.
20+ years of rotary joint engineering experience — offering customized design, sizing guidance, material selection, and on-site technical support for your specific application.
SDSWIVELES integrates 20 years of engineering experience with German-inspired quality management systems to form a standardized production process for precision rotary joints.
Every rotary joint undergoes a documented manufacturing sequence: precision CNC machining, seal face lapping, assembly, and final inspection. Each unit is traceable with individual quality records and serialized documentation.
Our quality department operates with full independence and authority to halt production if standards are not met. Dimensional tolerances are verified to ±0.01mm, and all units are pressure-tested to 1.5x working pressure before shipment.
Triple validation: "dimensional reports + material certifications + performance test records." Product qualification rates remain stable above 99%, eliminating performance variations and ensuring long-term operational reliability.
In the dynamic world of industrial manufacturing, every operation faces unique challenges. At SDSWIVELES, we tailor our engineering expertise to empower your success.
We help you optimize existing equipment with upgraded rotary joint solutions that reduce downtime, improve energy efficiency, and lower maintenance costs. Whether you need to replace aging components, enhance performance while meeting stricter industry standards, or adapt to evolving production demands — we deliver solutions that keep your operations running.
Stand out in a competitive market with custom-engineered rotary joint solutions that integrate seamlessly with your equipment designs. We support custom connection configurations, material specifications, compact form factors, and performance validation — helping you deliver reliable machinery to your customers.
Turn your engineering concept into reliable, production-ready hardware with our end-to-end partnership. From application analysis, material selection, prototyping, manufacturing oversight, to compliance testing — we guide you through every step of your journey from idea to implementation.
Get expert guidance on the right formulation for your brand — standard or custom-engineered, with low MOQ and free sample support.
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