This dual cartridge ensures an accurate 10:1 mixing ratio (180ml:18ml) for A+B adhesives, eliminating manual measurement errors
The two-component dual cartridge minimizes material waste by delivering precise amounts of both components. Its dual-chamber system prevents cross-contamination, ensuring optimal adhesive quality and reducing costly rework
Made from high-quality materials, the two-component dual cartridge resists corrosion and leakage, even under harsh conditions
Suitable for automotive, construction, and electronics industries, this packaging solution supports various adhesives,meeting diverse bonding needs with reliability
| Quantity: | |
|---|---|
SLA03
NCA
39233000
Engineered for advanced robotic systems, our High-Precision Gearless Slewing Bearing replaces traditional gear mechanisms to deliver ultra-smooth rotational performance and sub-micron positioning accuracy. Featuring a crossed roller bearing structure, this compact, lightweight component supports combined axial, radial, and tilting loads while minimizing operational backlash. Perfect for collaborative robots, medical automation, and industrial machinery, it ensures vibration-free operation and extended service life in demanding environments.
Parameter | Value |
Material | Stainless Steel (SS304/SS440C) |
Diameter Range | 50–300 mm |
Axial Load Capacity | Up to 50 kN |
Radial Load Capacity | Up to 30 kN |
Rotation Speed | 0–100 RPM |
Precision Class | P4/P2 (ISO 492) |
Gearless Architecture: Eliminates gear meshing wear, cutting maintenance frequency by 30%.
Crossed Roller Design: Enhances structural rigidity and load distribution for high-precision motion control.
Lightweight Construction: 20% lighter than conventional slewing bearings without sacrificing durability.
Enhanced Corrosion Resistance: Suitable for harsh settings including cleanrooms and chemical processing facilities.
Seamless Integration: Designed for easy installation in robotic joints and rotating platforms.
Robotics: Collaborative robots, surgical automation, and high-precision pick-and-place systems.
Aerospace: Satellite antenna positioning and UAV stabilization mechanisms.
Medical Equipment: MRI scanners and diagnostic devices requiring vibration-free movement.
Industrial Automation: CNC machinery and conveyor systems with tight tolerance requirements.
Q: Can this bearing handle high-speed rotational demands?
A: Optimized for precision, it supports stable operation up to 100 RPM with proper lubrication protocols.
Q: Are non-standard diameters available?
A: Yes, we provide custom-engineered solutions for diameters beyond the standard range, tailored to specific application needs.
Q: How does the gearless design impact torque performance?
A: Direct torque transmission through bearing raceways ensures zero backlash and 100% torque efficiency.
Engineered for advanced robotic systems, our High-Precision Gearless Slewing Bearing replaces traditional gear mechanisms to deliver ultra-smooth rotational performance and sub-micron positioning accuracy. Featuring a crossed roller bearing structure, this compact, lightweight component supports combined axial, radial, and tilting loads while minimizing operational backlash. Perfect for collaborative robots, medical automation, and industrial machinery, it ensures vibration-free operation and extended service life in demanding environments.
Parameter | Value |
Material | Stainless Steel (SS304/SS440C) |
Diameter Range | 50–300 mm |
Axial Load Capacity | Up to 50 kN |
Radial Load Capacity | Up to 30 kN |
Rotation Speed | 0–100 RPM |
Precision Class | P4/P2 (ISO 492) |
Gearless Architecture: Eliminates gear meshing wear, cutting maintenance frequency by 30%.
Crossed Roller Design: Enhances structural rigidity and load distribution for high-precision motion control.
Lightweight Construction: 20% lighter than conventional slewing bearings without sacrificing durability.
Enhanced Corrosion Resistance: Suitable for harsh settings including cleanrooms and chemical processing facilities.
Seamless Integration: Designed for easy installation in robotic joints and rotating platforms.
Robotics: Collaborative robots, surgical automation, and high-precision pick-and-place systems.
Aerospace: Satellite antenna positioning and UAV stabilization mechanisms.
Medical Equipment: MRI scanners and diagnostic devices requiring vibration-free movement.
Industrial Automation: CNC machinery and conveyor systems with tight tolerance requirements.
Q: Can this bearing handle high-speed rotational demands?
A: Optimized for precision, it supports stable operation up to 100 RPM with proper lubrication protocols.
Q: Are non-standard diameters available?
A: Yes, we provide custom-engineered solutions for diameters beyond the standard range, tailored to specific application needs.
Q: How does the gearless design impact torque performance?
A: Direct torque transmission through bearing raceways ensures zero backlash and 100% torque efficiency.
