Custom slew bearing for Spain customer
Custom slew bearing for UnitedKingdom customer
Slew bearing for Brazll customer
Slewing bearings exported to Russla
Slewing bearings for UnitedStates customer
Slewing ring exported to Southeast Asia
Slewing ring exported to Southwest Asia
Slewing ring exported to North America
Slewing ring exported to South America
Slewing ring exported to South Africa
Slew bearing for India customer
Slew bearing for Latin America customer
Slewing bearing for Türkiye customer
Slewing bearing for Uzbekistan customer
Slewing ring exported to South Korea
Slewing ring exported to Mexico
Custom slew bearing for Mexico customer
Custom slew bearing for Italy customer
Custom slew bearing for Vietnam customer
Slewing bearing for Europe customer
Product Series Overview: Engineered from Scratch
Our non-standard turntable bearings cover a vast spectrum of custom requirements that mass-produced units simply cannot address. Unlike standard offerings limited to fixed bore sizes and outer diameters, our engineering team works directly with your CAD models to create:
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Custom Cross-Sections: Ultra-thin profiles for space-constrained cobots or reinforced sections for heavy-payload gantries.
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Unique Mounting Configurations: Asymmetric bolt patterns, integrated flanges, or offset inner/outer rings to simplify your assembly.
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Specialized Internal Geometries: Optimized raceway curvatures and ball/roller arrangements to handle specific combinations of axial, radial, and moment loads unique to your application.
We treat every project as a fresh engineering challenge, ensuring the precision rotary bearing is perfectly symbiotic with your robot's kinematics.
Key Features: Defining Custom Performance
Building a bespoke robot bearing requires a mastery of materials and manufacturing tolerances. Our key differentiators include:
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Micron-Level Precision & Zero Backlash: Even in non-standard sizes, we maintain rigorous tolerance controls (ABEC-7/9 equivalent). We apply precise preloads during assembly to achieve near-zero backlash, essential for high-repeatability tasks like welding, dispensing, or surgical assistance.
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Material Versatility: While standard bearings use conventional steel, we offer customization with stainless steel (for cleanrooms/food grade), high-nitrogen steel (for corrosion resistance without coating), or even ceramic hybrids for high-speed, non-magnetic applications.
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Integrated Functional Elements: Why add separate parts? We can machine gear teeth (internal or external), encoder tracks, lubrication channels, or sensor mounting seats directly into the bearing rings. This reduces part count, lowers assembly time, and improves overall system stiffness.
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Optimized Friction & Torque: Through advanced super-finishing of raceways and custom cage designs, we minimize starting and running torque. This is crucial for low-power collaborative robots where energy efficiency and smooth human interaction are paramount.
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Sealing for Specific Environments: From IP67-rated seals for washdown environments to labyrinth seals for vacuum chambers, we design sealing systems that match your exact operating conditions, protecting the bearing internals from dust, coolant, or particulate matter.
Applications: Solving Unique Motion Challenges
Our custom robotic arm turntable bearings are enabling breakthroughs in sectors where standardization is impossible:
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Medical & Surgical Robotics: Custom-sized joints for da Vinci-style systems, CT scanner rotation tables, and radiotherapy positioning arms where silence, cleanliness, and absolute accuracy are non-negotiable.
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Semiconductor & Electronics Handling: Wafer transfer robots and PCB assembly arms requiring ultra-clean, particle-free operation with specific form factors to fit inside process tools.
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Aerospace & Defense: Large-diameter, high-rigidity turntables for satellite testing rigs, radar antenna positioning, and drone gimbal systems that face extreme dynamic loads.
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Automated Welding & Painting Cells: Specialized rotary bases for 7-axis robots or track-mounted units that require enhanced moment load capacity and resistance to harsh industrial contaminants.
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Laboratory Automation: Compact, high-precision rotary modules for liquid handling systems and sample analysis robots where space is at a premium and reliability is critical.
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Exoskeletons & Wearable Tech: Lightweight, ergonomically shaped rotary joints designed to mimic human biomechanics, reducing user fatigue while providing robust support.
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