Description
Product Specifications
| Parameter | Details |
|---|---|
| Model Number | N1013PHA/SPC2 |
| Bearing Type | Cylindrical Roller Bearing |
| Number of Row | Single Row |
| Inner Diameter | 65 mm |
| Seals Type | Open |
| Structure | Cylindrical |
| Trademark | SKF |
| Origin | China |
| Single Gross Weight | 0.100 kg |
| Selling Units | Single Item |
| Package Size | 12.00cm × 12.00cm × 12.00cm |
| Package Gross Weight | 0.200 kg |
Application Suitability
| Industry | Typical Applications |
|---|---|
| Robotics | Robotic arm joints, precision motion control systems, automated handling equipment |
| Automation | Industrial robot actuators, precision positioning stages |
Struggling with Robotic Bearing Precision? The SKF N1013PHA/SPC2 Delivers Consistent Performance
Robotic systems demand bearings that maintain accuracy under continuous motion, but many purchasers face frequent issues with premature wear or dimensional inconsistencies. Sourcing the exact SKF N1013PHA/SPC2 cylindrical roller bearing can be challenging when dealing with suppliers lacking direct access to original specifications, leading to costly delays in production lines.
Engineered for Robotic Precision: The SKF N1013PHA/SPC2 Advantage
The SKF N1013PHA/SPC2 ultra-thin cylindrical roller bearing addresses these challenges with its specialized design for robotic applications. As a supplier with extensive experience in industrial bearings, we ensure access to a comprehensive range of models, including hard-to-find precision bearings like this SPC2-class variant. Its single-row cylindrical structure and open design make it ideal for robotic joints requiring high radial load capacity and minimal friction, directly supporting the smooth operation of automated machinery.
Optimal Performance in Tight Tolerance Environments
This bearing excels in robotic applications where space is limited and precision is critical. With an inner diameter of 65 mm and ultra-thin profile, it fits compact mechanical assemblies while maintaining the rigidity needed for repeatable motion. The open seal design allows for lubrication customization, adapting to varying operating speeds and environmental conditions—key factors in extending service life in 24/7 production environments.
Technical Features That Enhance Robotic System Reliability
The SKF N1013PHA/SPC2 incorporates several engineering details that directly impact performance. Its cylindrical roller structure ensures uniform load distribution, reducing stress concentrations in robotic arm pivot points. The SPC2 precision class designation guarantees tight dimensional tolerances, critical for interchangeability in modular robotic systems. At 0.100 kg, the lightweight design minimizes inertia, allowing faster acceleration and deceleration of moving parts without sacrificing durability. These features collectively reduce the risk of unexpected downtime due to bearing failure.
Why Precision Bearings Lower Total Cost in Robotics
Choosing the correct bearing directly affects a robotic system’s total cost of ownership. Inferior bearings with poor precision can cause vibration, leading to premature wear of adjacent components like gears and shafts. The SKF N1013PHA/SPC2’s consistent quality reduces maintenance requirements and extends service intervals, lowering long-term operational costs. By adhering to international standards, this bearing ensures compatibility with existing SKF componentry, avoiding costly redesigns or retrofits.
Quality Assurance You Can Trust
Our commitment to quality is reflected in rigorous production and inspection processes. All bearings undergo ISO 9001 compliant quality checks, including dimensional verification and material testing. We provide full traceability documentation, ensuring each SKF N1013PHA/SPC2 meets original specifications. With a dedicated inventory of conventional and specialized models, we support same-day shipping for现货产品, minimizing lead times for critical robotic system repairs or production runs.
Packaging & Shipping
- Secure packaging in 12.00cm × 12.00cm × 12.00cm cartons to prevent damage during transit
- 现货产品 available for same-day dispatch
- Flexible shipping options including express courier, air freight, and sea freight
- Low minimum order quantity supported, ideal for both prototyping and full-scale production
Get Your SKF N1013PHA/SPC2 Bearing Quote Today
Don’t let bearing sourcing delays disrupt your robotic operations. Contact us with your required quantity and delivery location, and our technical team will confirm availability and provide a competitive quote. We handle all major bearing brands and models, ensuring you get the exact components your application needs.
Frequently Asked Questions
Q: Do you supply bearings from other brands besides SKF?
A: Yes, we offer a full range of international and domestic brands, including NSK, NTN, Koyo, NACHI, IKO, FAG, Timken, and more. We can source bearings according to your specific brand or model requirements.
Q: How can I confirm if the SKF N1013PHA/SPC2 fits my robotic equipment?
A: Provide your equipment’s bearing dimensions (inner diameter, outer diameter, width) or existing model number, and our technical team will verify compatibility with the SKF N1013PHA/SPC2 specifications.
Q: What is your warranty policy for bearings?
A: We provide a warranty against manufacturing defects. Specific terms are outlined in each order contract, with coverage typically ranging from 12 to 24 months depending on application and usage conditions.
Q: What is the minimum order quantity for the SKF N1013PHA/SPC2?
A: We support low minimum order quantities, including single-unit purchases, to accommodate both small-scale repairs and large production runs.
Q: How quickly can you ship the SKF N1013PHA/SPC2 bearing?
A: For 现货产品 like the N1013PHA/SPC2, we ship the same business day. Delivery times vary by location, with most international destinations receiving shipments within 7-15 days via our global logistics network.
Q: Do you offer custom bearing solutions for specialized robotic applications?
A: Yes, we support OEM/ODM customization, including modified dimensions, materials, and lubrication options, based on your technical drawings or specifications.
Ready to order or need a quote?
Send the bearing model, dimensions (d x D x B), and quantity — we’ll get back to you with pricing and lead time.
