Cylindrical Roller Bearing
Class
P4 / P2
Origin
DE / SE
Standard
DIN 620
Lead
3-7 Days
Cylindrical Roller Bearing
In Stock
High Precision Ultra-Thin N1013PHA/SPC2 Cylindrical Roller Bearing for Robotic Arms
ISO 9001 · DIN Certified
<p>Ensure robotic arm precision and reduce maintenance delays with the <strong>High Precision Cylindrical Roller Bearing</strong> N1013PHA/SPC2 from SKF. This ultra-thin cylindrical design delivers exceptional rotational accuracy for automation equipment, solving the challenge of coordinating cross-brand components in high-precision systems.</p><ul><li>Single row open structure minimizes friction, ideal for robotic arm pivot points requiring consistent motion control</li><li>65mm inner diameter with SPC2 precision grade ensures seamless integration into existing setups</li><li>Backed by our ISO 9001/DIN compliant inspection and premium shockproof logistics for reliable, on-time delivery</li></ul>
Technical Specifications
- Type
- Cylindrical Roller Bearing
- Precision Class
- P4 / P2
- Certification
- ISO 9001
- Radial Runout
- ≤ 1.5 μm
- Delivery
- 3-7 Business Days
Related Keywords
Reply within 12 hours
NDA available
Full certification docs
Precision packaging
Product Description
Technical Details & Application
Product Specifications
| Parameter | Details |
|---|---|
| Model NO. | N1013PHA/SPC2 |
| Type | Roller |
| Number of Row | Single Row |
| Inner Diameter | 65 mm |
| Selling Units | Single Item |
| Single Gross Weight | 0.100 kg |
| Structure | Cylindrical |
| Seals Type | Open |
| Trademark | SKF |
| Origin | China |
Application Industries
| Industry | Typical Equipment |
|---|---|
| Automation | Robotic Arms, Precision Manipulators, Assembly Line Robots |
| Manufacturing | CNC Machine Tools, Automated Conveying Systems |
| Medical Equipment | Surgical Robots, Diagnostic Imaging Devices |
| Aerospace | Lightweight Actuators, Satellite Deployment Mechanisms |
Eliminate Robotic Arm Downtime with High Precision Ultra-Thin N1013PHA/SPC2 Cylindrical Roller Bearing
Robotic arm operators know the frustration of unexpected downtime—when a bearing fails, production halts, maintenance costs rise, and deadlines slip. Many face challenges sourcing ultra-thin precision bearings that meet the strict tolerance requirements of robotic joints, often dealing with long lead times or questionable quality from unauthorized suppliers. This is especially critical for high-precision applications where even minor bearing deflection can compromise positional accuracy.
Genuine SKF N1013PHA/SPC2 Bearing, In Stock for Immediate Deployment
As an official SKF distributor, we offer the High Precision Ultra-Thin N1013PHA/SPC2 Cylindrical Roller Bearing—engineered to deliver the stability and precision robotic arms demand. With our dedicated stock of P4/P2 grade bearings, we eliminate the wait times associated with direct manufacturer orders, ensuring you can replace critical components quickly. Our ISO 9001 and DIN compliant inspection system verifies every bearing before shipment, so you can trust that each unit meets SKF’s exacting standards for robotic arm applications.
Precision Performance in Robotic Joint Applications
The N1013PHA/SPC2 bearing excels in the tight spaces and dynamic loads of robotic arm joints. Its ultra-thin design reduces overall weight without sacrificing structural integrity, making it ideal for lightweight robotic systems where every millimeter counts. The single-row cylindrical roller structure provides high radial load capacity, ensuring consistent performance even during repetitive motion cycles. Whether your robotic arm operates in a factory assembly line or a medical laboratory, this bearing maintains precise alignment and minimizes vibration—critical for tasks requiring micron-level accuracy.
Technical Features That Drive Robotic Arm Reliability
The N1013PHA/SPC2’s design incorporates key features that directly impact robotic arm performance. Its open seal type allows for optimal lubrication flow, reducing friction and heat buildup during high-speed operation—essential for maintaining precision in continuous-duty applications. The 65 mm inner diameter is engineered to fit standard robotic arm shafts, ensuring compatibility with most major manufacturers’ designs. Weighing just 0.100 kg, the bearing contributes to reduced inertia, allowing faster acceleration and deceleration of robotic movements without compromising stability. These attributes combine to extend maintenance intervals and reduce the total cost of ownership for your automation systems.
The Hidden Risks of Non-Genuine Robotic Arm Bearings
Choosing non-authorized or counterfeit bearings for robotic arms may seem cost-effective initially, but the long-term consequences are significant. Inferior materials and manufacturing processes lead to premature wear, resulting in increased downtime and repair costs. A single bearing failure in a robotic arm can cause cascading damage to gears, motors, and other components, multiplying repair expenses. Worse, inconsistent performance from counterfeit bearings compromises product quality, leading to rejects and customer dissatisfaction. As an official SKF distributor, we provide full certification documents with every bearing, ensuring traceability and compliance with industry standards—protecting your equipment and reputation.
Why Global Automation Teams Trust Our Bearing Solutions
Our position as a dual European brand authorized distributor (FAG & SKF) gives us direct access to genuine components and technical support. We serve over 800 clients across 45+ countries, including leading robotics integrators and automation manufacturers. Our senior application engineers specialize in matching bearings to specific robotic arm models and operating conditions, ensuring optimal performance. Each bearing undergoes precision testing before shipment, and our premium shockproof logistics guarantee damage-free delivery. With our one-stop procurement process, you can source all your robotic arm components—bearings, seals, and lubrication systems—from a single trusted supplier, reducing administrative overhead and supplier management costs.
Packaging & Shipping
- Original SKF packaging with product identification and batch traceability
- Protective inner packaging to prevent damage during transit
- Consolidated shipping available for multi-component orders
- Full logistics tracking provided from warehouse to delivery
- Single item ordering supported for emergency maintenance needs
Secure Your Robotic Arm’s Performance Today
Don’t let bearing issues disrupt your automation workflow. The N1013PHA/SPC2 High Precision Cylindrical Roller Bearing is in stock and ready to ship, ensuring minimal downtime for your robotic arm systems. Whether you need a single replacement or bulk quantities for new installations, our team can provide a quote within one working day—complete with technical specifications and certification documents.
Frequently Asked Questions
Q: Is this bearing a genuine SKF product?
A: Yes, we are an official SKF authorized distributor. Every bearing comes with full certification and traceability documentation to verify its authenticity.
Q: How do I confirm if this bearing fits my robotic arm model?
A: Provide your robotic arm manufacturer and model number, or the shaft diameter and load requirements, and our application engineers will verify compatibility at no cost.
Q: What is the warranty policy for this bearing?
A: We offer the full SKF manufacturer warranty, covering defects in materials and workmanship. Contact us for specific warranty terms based on application.
Q: What is the minimum order quantity?
A: We accept orders for a single item, making it easy to source emergency replacement bearings for critical robotic arm repairs.
Q: How quickly can this bearing be shipped?
A: In-stock bearings are shipped within 3-7 working days via DHL, FedEx, or UPS, with tracking information provided upon dispatch.
Q: How can I verify the bearing’s authenticity upon receipt?
A: Check the SKF packaging for holographic labels and scan the QR code to access SKF’s product verification portal. We also provide a certificate of conformity with each order.
Ready to order or need a quote?
Send your bearing designation, robotic arm model, and quantity — we’ll respond within 24 hours.
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Inquiry
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Submit your inquiry for High Precision Ultra-Thin N1013PHA/SPC2 Cylindrical Roller Bearing for Robotic Arms and our senior application engineers will respond within 12 hours with pricing, availability, and technical documentation.
Authorized European Stock
Genuine FAG & SKF, traceable certificates
Reply Within 12 Hours
Senior engineers, multi-language support
Full Certification Docs
ISO 9001, DIN 620, material certs available