Industrial Scissors: Power and Precision to Cut Polymer Straps
Beyond Manufacturing—— Conquering Rust and Tension for a Reliable Industrial Scissor
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Beyond Manufacturing—— Conquering Rust and Tension for a Reliable Industrial Scissor
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Product
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Industrial Scissors
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Industry |
Industrial Equipment Industry |
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Technology |
Sheet metal fabrication + CNC machining + Assembly |
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Materials |
Steel + Nylon |
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Post-processing |
Black Oxide + Silk Screen Printing |
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Production Demand |
Mass production |
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Result |
Successfully delivered high-performance, highly reliable industrial scissors |
On modern assembly and delivery lines, what looks like an ordinary polymer strap imposes exceptional demands on tools. Achieving fast gripping and stable cutting calls not only for sharpness and durability, but also for precise structural design and rigorous process control.
In this project, we partnered with a world-leading design firm to merge innovative design with precision manufacturing — resulting in an industrial Scissors that effortlessly handles high-strength strapping under intense workloads.
Now, let’s take a closer look at how Xmake transforms complex challenges into reliable solutions.
Our client required a heavy-duty industrial scissor with a unique combination of a carbon steel (45#) blade and a nylon-like overmolded handle. The project presented two major hurdles:
◆ Persistent Rust: The carbon steel parts, despite undergoing a black oxide coating, consistently developed surface rust, failing quality checks.
◆ Assembly Precision: The tool’s performance relied entirely on a precise spring mechanism. Achieving the correct tension and ensuring smooth spring rebound during assembly was extremely challenging and often led to inconsistent performance.
Instead of just delivering parts, we became an extension of the client’s QA team. We initiated a multi-phase testing and feedback loop.
✔ For the rust issue, we meticulously reviewed our sheet metal finishing process. We experimented with adjustments to the pre-treatment cleaning stages and the parameters of the black oxide coating itself, providing the client with samples and data from each iteration until we achieved a consistent, rust-resistant finish.
✔ For the spring assembly, we developed a precise jig and a rigorous testing protocol for each unit to measure and guarantee the rebound forcebefore final shipment. We shared video updates of the assembly process to ensure alignment.
Through transparent communication and a commitment to zero defects, we successfully delivered a full batch of high-performance, reliable industrial scissors. The client received parts that not only met but exceeded their functional and durability expectations.
