Crimper master jaw springs 

Our offer includes high-quality springs for head jaws of SAMWAY hydraulic crimping machines, which are key elements ensuring precision and reliability in the process of crimping hydraulic hoses. These springs are designed to meet the highest standards of durability and performance, which translates to a longer machine life and greater operational precision. Features of SAMWAY head jaw springs: High flexibility and strength – The springs are made of materials resistant to heavy loads and intensive use. Wear resistance – Thanks to high-quality materials, the springs retain their properties even during long-term operation in harsh industrial conditions. Precision work – They provide accurate jaw pressure, allowing for uniform and reliable crimping of hydraulic hoses. Easy installation and replacement – Simple installation of the springs ensures quick service and minimizes machine downtime. Application of head jaw springs: Hydraulic machines – Designed for crimping machine heads used in hydraulic machinery, where precision and clamping force are key. Hose crimping – Ideal for industrial applications where fast, safe, and accurate crimping of hydraulic lines is essential. SAMWAY head jaw springs are a guarantee of reliability and longevity, making them an ideal choice for professionals in the power hydraulics industry. Ensure the maximum performance of your equipment by choosing original SAMWAY springs!

What is a spring ?

A spring is a mechanical element used to store and release energy through elastic deformation. It is made of flexible material, most often spring steel, and can take various shapes, such as a spiral, flat strip, or rod. Springs are widely used in many industries, from the automotive industry and hydraulics to machine construction and everyday devices. Springs are distinguished by their ability to return to their original shape after the force causing their deformation has ceased. Their operation is based on Hooke’s law, which states that the elastic force is proportional to the deformation of the spring within its elastic limit. Depending on the design, they can work in compression, tension, or torsion. Key features of springs include: Resistance to deformation – springs return to their original form after the force ceases. Different types of loads – they can work under compressive, tensile, or torsional forces. Longevity and durability – appropriately selected materials allow for repeated use without losing properties. Application in precision mechanisms – used in suspension systems, hydraulic valves, shock absorbers, or watch mechanisms.