The prismatic mouths are made of case-hardened steel with a hardness of 60 HRC, which gives them exceptional wear resistance and a long useful life.
These jaws are supplied in sets of two units, specifically designed to be used on 30 and 60 series jaws.
Its specialized design allows for safe and precise clamping of cylindrical parts, ensuring perfect alignment during the machining process.
Thanks to their robust structure and ability to withstand high stresses, prismatic jaws are ideal for industrial applications that require firm and reliable fixation of circular or cylindrical components.
Its cemented steel construction guarantees optimal performance even in demanding working conditions.
Recommendations for use
Make sure that the prismatic jaws are correctly aligned with the jaws before clamping the piece.
Always use proper pressure when securing parts to avoid damage to the jaws or the part itself.
Verify that the jaws are clean and free of debris before each use to ensure a firm and precise lashing.
Do not overload the prismatic mouths beyond their recommended capacity to avoid deformation or permanent damage.
Regularly inspect the prismatic jaws for signs of wear or damage, and replace them if necessary to maintain mooring quality.
Maintenance recommendations
Clean the prismatic mouths after each use to remove any material residue or lubricants that may build up and affect performance.
Apply a light coating of protective oil to prevent corrosion and maintain material integrity, especially if stored for long periods.
Store prismatic mouths in a dry, protected location to avoid exposure to moisture or corrosive elements that could deteriorate the case-hardened steel.
Bullet points
Superior Durability: The cemented steel manufacturing and its hardness of 60 HRC provide exceptional resistance to wear and deformation, guaranteeing a long useful life of the product.
Safe Clamping: Its specialized design for cylindrical parts ensures a firm and precise clamping, minimizing the risk of slipping or unwanted movements during machining.
Greater Work Efficiency: By guaranteeing a safe and stable clamping of the pieces, adjustment time is reduced and work precision is improved, which translates into greater efficiency in the production process.
Cost Reduction: The durability and resistance of the material reduce the need for frequent replacements, which reduces costs associated with maintenance and replacement of parts.