If you are looking for the most effective cutting solution for your heating elements, orbital cutting is the ideal choice for achieving your production and market goals.
Among orbital cutting technologies, the score-and-pull-apart system is one of the most advanced solutions in tube processing, especially for heating element manufacturing. OAKLEY INDUSTRIAL MACHINERY is a leading provider of high-quality equipment designed for this type of application.
Why Choose a Score-and-Pull-Apart Cutting System for Heating Element Production?
Orbital score-and-pull-apart cutting offers several important advantages over traditional cutting methods:
- No tube deformation: the cut minimizes or fully eliminates inner diameter reduction
- Precise, clean cutting: it does not create burrs or metal residues that could contaminate subsequent production stages, such as the filling process for heating elements
- No curl formation: this method generates minimal excess material, helping preserve the high dielectric strength of the heating element
OAKLEY INDUSTRIAL MACHINERY’s Score-and-Pull-Apart Cutting System
OAKLEY INDUSTRIAL MACHINERY machines use a state-of-the-art orbital cutting system designed to deliver outstanding performance. Thanks to a three-edge scoring tooth and a separation clamp, the tube is cut without deformation.
In addition to the core benefits of the process, OAKLEY INDUSTRIAL MACHINERY also offers:
- Operation with or without tube lubrication: cutting can be performed dry to speed up processing, or with a dedicated emulsion to extend cutting-edge life
- Flexibility across different cut lengths: the technology also enables the production of short sections, where the cut is scored first and the pieces are separated during the discharge phase
By choosing OAKLEY INDUSTRIAL MACHINERY for orbital cutting, you are investing in advanced technology that can streamline production, improve the quality of your heating elements, reduce operating costs, and strengthen your competitive position in the market.
Contact our experts to learn how we can help improve your heating element production.
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