Product Series Overview: Ready-to-Mount Precision

• Integrated Mounting Flanges: Available on the inner ring, outer ring, or both, these flanges come with precision-machined bolt patterns ready for direct attachment to your machine structure. This eliminates the need for through-bolting or tapping blind holes in your frame.
• Compact Cross-Section: Designed with a low-profile architecture, these bearings minimize axial height while maximizing load capacity, making them ideal for space-constrained environments.
• Versatile Ball Configurations: We offer single-row four-point contact ball designs for lighter loads and double-row ball arrangements for higher moment loads, all featuring the convenient flanged mounting interface.
• Custom Flange Geometries: While we offer standard metric and imperial bolt patterns, our engineering team can customize flange thickness, hole spacing, and counterbore depths to match your specific chassis design perfectly.

Key Features: Efficiency Built In

1. Dramatically Reduced Assembly Time: With pre-drilled holes and integrated flanges, installation becomes a simple "bolt-on" operation. There is no need for secondary machining of the housing or custom adapter fabrication, cutting assembly time by up to 50%.
2. Enhanced Structural Rigidity: The integrated flange creates a stiffer connection between the bearing and the frame compared to bolted-through designs. This reduces deflection under load, improving positioning accuracy and system stability.
3. Weight and Space Savings: By eliminating heavy adapter plates and reducing the overall envelope of the mounting interface, you significantly lower the total weight of the assembly. This is crucial for mobile robots and aerospace applications where every gram counts.
4. Improved Load Distribution: The flange design allows for a wider distribution of clamping forces, reducing stress concentrations on the bearing rings and extending service life.
5. Simplified Maintenance: With fewer parts and a cleaner interface, inspection and replacement become straightforward tasks. The accessible bolt heads make torque checks and re-installation easy.

Applications: Powering Compact and Agile Systems

• Collaborative Robots (Cobots) & Industrial Arms: Perfect for wrist, elbow, and base joints where quick assembly and low weight are essential for safe, agile operation.
• Medical Imaging & Surgical Equipment: Provides the smooth, precise rotation needed for C-arms, patient tables, and surgical lights, with a clean, sterile-friendly mounting interface.
• Solar Tracking Systems: Ideal for single-axis trackers where the integrated flange simplifies field installation and reduces the bill of materials (BOM).
• Packaging & Labeling Machinery: Used in rotary indexing tables and labeling heads that require frequent changeovers and precise positioning.
• Small Wind Turbines & Antennas: Enables easy mounting of rotors and antennas to poles or masts without complex bracketry.
• Automated Guided Vehicles (AGVs): Supports steering modules and lifting platforms where a compact, robust connection is vital for navigation accuracy.

Why Partner with Us for Custom Flanged Solutions?

• Design-for-Manufacturing (DFM) Expertise: Our engineers work with you early in the design phase to optimize the flange geometry for your specific application, ensuring optimal strength and minimal material usage.
• Precision Machining Capabilities: Our state-of-the-art CNC facilities ensure that bolt hole patterns, counterbores, and flange faces are machined to tight tolerances, guaranteeing perfect fitment every time.
• Material & Treatment Options: From standard carbon steel to stainless steel for corrosive environments, and with options for black oxide, zinc plating, or passivation, we tailor the material to your needs.
• Rapid Prototyping: We understand the need for speed. Our team can produce prototype flanged slewing bearings quickly to help you validate your design before full-scale production.
• Cost-Effective Quality: As a leading Chinese manufacturer, we deliver high-precision, custom-flanged bearings at competitive prices, helping you reduce BOM costs without compromising on quality or reliability.

Technical Considerations for Design Engineers

• Bolt Selection: Use high-strength bolts (e.g., Grade 8.8 or 10.9) recommended for your load case. Ensure proper torque sequencing to prevent flange distortion.
• Surface Flatness: While the flange helps, the mating surface on your machine frame must still be flat and rigid to ensure even load distribution across the bearing.
• Clearance for Tools: Verify that there is sufficient access for torque wrenches or drivers to tighten the flange bolts, especially in tight assemblies.
• Thermal Expansion: In applications with wide temperature swings, consider the thermal expansion coefficients of the flange material versus the mounting structure to avoid binding.

Tag: 1500mm diameter slewing bearing | OEM slewing bearing manufacturing | high axial load slewing bearing | slewing bearing for special vehicles | mining equipment slewing bearing | drilling rig slewing bearing | concrete pump slewing bearing | mobile crane slewing bearing