Deep Groove Ball Bearing 693 Gcr15 Steel P4 Precision for CNC Machine Tools 3x8x3mm

Product Specifications

Application Industries

Prevent Costly Downtime with Precision 693 Deep Groove Ball Bearings

CNC machine operators know the frustration of unexpected spindle failure—hours of production lost, maintenance crews rushed, and deadlines missed. Many times, the culprit is a substandard bearing that fails prematurely under high-speed operation. Sourcing reliable P4 precision bearings often means coordinating with multiple suppliers, each with different lead times and quality standards, creating delays when you need parts most.

Genuine SKF 693 Bearings: In Stock for Immediate Delivery

Our Deep Groove Ball Bearing 693 with Gcr15 steel and P4 precision is engineered to eliminate these headaches. As an officially authorized distributor, we maintain sufficient ready stock of P4/P2 precision grade bearings, ensuring your CNC machine tools get the exact component they need without long wait times. Whether you're replacing a worn bearing in a vertical machining center or building a custom precision system, our 3x8x3mm deep groove bearing delivers the consistent performance critical for high-precision industrial scenarios.

Where This Bearing Performs Best

This high precision ball bearing for CNC excels in applications requiring tight radial runout control and high rotational speeds—common in CNC spindle assemblies, linear guides, and miniature precision mechanisms. Its single-row design and radial load capacity make it ideal for light to moderate load environments where dimensional accuracy directly impacts part quality. In semiconductor manufacturing equipment and medical device components, where even micrometer deviations matter, the 693's P4 precision grade ensures reliable operation under continuous duty cycles.

Technical Details That Define Performance

The 693 bearing's Gcr15 steel construction provides superior hardness and wear resistance, essential for maintaining precision over extended service life. Its P4 precision rating ensures minimal radial and axial play, reducing vibration in high-speed applications—a critical factor in achieving the surface finish requirements of aerospace components and medical devices. Available seal options (Zz, 2RS, Open) allow customization for different operating environments: Zz shields offer basic protection in clean conditions, while 2RS seals provide enhanced contamination resistance for industrial automation settings. The bearing's 3x8x3mm dimensions make it suitable for compact designs without compromising load capacity or speed performance.

The Hidden Costs of Low-Quality Bearings

Choosing an uncertified 3x8x3mm deep groove bearing may save money upfront, but the long-term costs are substantial. Counterfeit bearings often lack proper heat treatment, leading to premature fatigue and catastrophic failure. A single spindle breakdown can cost thousands in lost production, not counting repair parts and labor. Our bearings come with complete certification documentation, ensuring compliance with ISO 9001 and DIN standards. By investing in genuine P4 grade ball bearings, you reduce the risk of unplanned downtime and extend the service intervals of your CNC equipment, ultimately lowering total operational costs.

Why 800+ Global Clients Trust Our Bearings

Packaging & Shipping

• Original SKF packaging with protective inner casing to prevent damage during transit
• Priority processing available for urgent maintenance requirements
• Global logistics options including DHL, FedEx, and UPS for reliable door-to-door delivery
• Real-time shipment tracking provided from warehouse dispatch to delivery
• Minimum order quantity of 1 piece, supporting both emergency repairs and scheduled maintenance

Get Your 693 Bearing Shipped Today

Don't let equipment downtime affect your production schedule. Our in-stock 693 Gcr15 Steel P4 Precision bearings are ready for immediate dispatch. Whether you need a single replacement or bulk order, we streamline the procurement process to get your CNC machines back to optimal performance quickly.

Frequently Asked Questions