Description
Product Overview
The YG-1 S062 is a premium throwaway spade drill insert engineered for demanding machining environments. Constructed from high‑grade cobalt steel, the insert offers exceptional hardness and wear resistance, while the TiN (titanium nitride) finish provides an additional layer of protection against abrasive wear and thermal degradation. With a precise 1.25‑inch (31.75 mm) diameter and a robust 3/16‑inch (4.76 mm) thickness, this insert delivers the rigidity required for deep‑hole drilling and heavy‑cut operations. Its geometry is optimized for chip evacuation, reducing the risk of chip re‑cutting and extending tool life. The throwaway design eliminates the need for costly re‑sharpening processes, allowing operators to replace the insert quickly and maintain consistent performance across production runs.
Key specifications include a cobalt steel substrate, TiN coating, 1.25‑inch diameter, 3/16‑inch thickness, and compatibility with high‑nickel alloys and materials rated above 280 Brinell hardness. The insert is supplied in a compact pack measuring 1.5 × 1.5 × 0.4 inches and weighing only 0.8 oz, making storage and handling straightforward. Its design conforms to industry standards for indexable inserts, ensuring seamless integration with standard spade drill holders and CNC machines.
Usage
This spade drill insert excels in applications where material hardness and toughness present significant challenges. It is ideally suited for machining high‑nickel alloys such as Inconel, Hastelloy, and other superalloys commonly used in aerospace, power generation, and chemical processing equipment. The insert also performs well on hardened steels, stainless steels, and other alloys that exceed 280 Brinell hardness, making it a versatile choice for manufacturers dealing with a broad range of tough materials.
In practical terms, the YG-1 S062 is perfect for deep‑hole drilling, large‑diameter bore creation, and roughing operations where rapid material removal is essential. Its robust construction allows it to withstand high cutting speeds and feed rates, while the TiN coating reduces friction, helping to maintain lower temperatures at the cutting edge. This results in improved surface finish and reduced tool wear, translating to lower overall production costs. The insert’s throwaway nature means that once the cutting edge is worn, the entire insert can be swapped out in seconds, minimizing machine downtime and simplifying tool management for production lines.
Why Choose Us
Choosing the YG-1 S062 means selecting a product backed by decades of metallurgical expertise and a commitment to quality that meets the rigorous demands of modern manufacturing. Our cobalt steel is sourced from reputable suppliers and undergoes stringent heat‑treatment processes to achieve a uniform hardness profile, ensuring that each insert delivers consistent performance batch after batch. The TiN coating is applied using advanced physical vapor deposition (PVD) technology, guaranteeing a uniform, adherent layer that enhances wear resistance and reduces the likelihood of coating delamination under extreme cutting conditions.
Beyond material quality, we provide comprehensive technical support to help you integrate the insert into your existing machining workflows. Our engineering team can assist with tool holder selection, optimal cutting parameters, and troubleshooting guidance, ensuring that you achieve the best possible results from day one. Additionally, our fast‑shipping logistics and reliable inventory management mean that you can count on timely delivery, reducing the risk of production interruptions caused by tool shortages.
We also stand behind our products with a clear warranty policy that covers manufacturing defects, giving you confidence in the durability and reliability of each insert. When you purchase the YG-1 S062, you are not only acquiring a high‑performance cutting tool but also gaining a partnership with a supplier dedicated to your operational success.
Key Features
- High‑grade cobalt steel core provides superior hardness and wear resistance for extended tool life.
- TiN coating reduces friction and thermal buildup, enabling higher cutting speeds and smoother finishes.
- 1.25‑inch diameter and 3/16‑inch thickness deliver the rigidity needed for deep‑hole and heavy‑cut applications.
- Optimized geometry promotes efficient chip evacuation, minimizing re‑cutting and improving surface quality.
- Throwaway design allows rapid replacement, reducing machine downtime and simplifying tool inventory management.
FAQ
What materials can the YG-1 S062 insert machine effectively?
The insert is specifically engineered for high‑nickel alloys such as Inconel and Hastelloy, as well as hardened steels and stainless steels that exceed 280 Brinell hardness. Its cobalt steel composition and TiN coating enable it to maintain cutting performance on these tough materials, making it suitable for aerospace, power generation, and chemical processing applications where material strength is critical.
How does the throwaway design benefit my production line?
Because the insert is designed to be discarded after its cutting edge is worn, you avoid the time‑consuming and costly process of re‑sharpening. Replacement can be performed in seconds, allowing you to keep the machine running with minimal interruption. This rapid changeover capability also simplifies tool inventory, as you only need to stock the ready‑to‑use inserts rather than managing multiple stages of tool refurbishment.
Can I use the YG-1 S062 with standard CNC spade drill holders?
Yes. The insert conforms to industry‑standard dimensions for spade drill holders, ensuring compatibility with most CNC machines and manual drill setups. Its compact size (1.5 × 1.5 × 0.4 inches) and standardized shank geometry allow for easy mounting and secure clamping, providing consistent alignment and stability during high‑speed machining.
What cutting parameters are recommended for optimal performance?
While exact parameters depend on the specific material and machine, a good starting point is a cutting speed of 80–120 m/min and a feed rate of 0.1–0.2 mm/rev for high‑nickel alloys. Adjustments may be needed based on workpiece hardness, coolant usage, and desired surface finish. Our technical support team can help fine‑tune these settings to match your production requirements.
Is there any after‑sales support if I encounter issues?
Absolutely. Our customer service team provides dedicated after‑sales assistance, including troubleshooting, tool selection advice, and warranty claims for any manufacturing defects. We aim to resolve any concerns promptly so that your operations can continue smoothly without extended downtime.
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