The 60 HRC case-hardened steel smooth jaws are high-precision tools specifically designed to ensure a firm and uniform clamping in industrial applications.
Manufactured from high-hardness (60 HRC) case-hardened steel, these jaws offer exceptional wear resistance, ensuring long life and reliable performance in demanding environments.
They are supplied in sets of 2 units, ideal for use in conjunction with the 30 and 60 series jaws, making them a versatile and adaptable option for different clamping needs in machinery.
The precision of its design ensures that the clamped parts do not suffer deformation or damage, providing safe and efficient operation.
Recommendations for use:
Make sure the smooth jaws are properly aligned with the jaws before starting operation.
Always use these smooth jaws with the recommended 30 and 60 series jaws to ensure optimal performance.
Avoid applying excessive force during clamping to prevent damage to both the jaws and the clamped parts.
Periodically check the fit of the jaws to ensure they remain tight and accurate.
When handling delicate parts, use an additional protector to avoid possible marks or deformation.
Maintenance recommendations:
Clean the smooth mouths regularly to prevent the buildup of debris that may affect their function and accuracy.
Lightly lubricate mating surfaces to maintain smoothness and prevent corrosion.
Visually inspect the muzzles periodically for signs of wear or damage, and replace them if necessary to ensure continued safe performance.
Bullet points
High wear resistance: Thanks to their manufacture of 60 HRC case-hardened steel, the smooth mouths are extremely durable, guaranteeing a long useful life and reduced maintenance.
Versatile compatibility: These smooth jaws fit perfectly with the 30 and 60 series jaws, allowing great versatility in their application in various machines and operations.
Increased operational efficiency: The hardness and precision of the smooth jaws ensure a firm, slip-free grip, which contributes to more efficient work and reduces adjustment time.
Reduction in maintenance costs: The durability of the material and its resistance to wear minimize the need for frequent replacement, generating savings in the long term.