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Choosing a polishing machine based solely on power and speed? High efficiency is never about comparing a single parameter, but rather about "precise matching of equipment and needs."
1.Determine the model to avoid waste.
• Large-volume standard parts → Automatic polishing machine, high efficiency for continuous operation
• Complex curved surfaces/precision parts → CNC/robotic polishing machine, precise and thorough
• Small-batch localized polishing → Fast-adjustable handheld polishing machine, flexible for small jobs
2. Focus on core strengths and protect the core technologies.
• Power ≥ 1000W (industrial grade), with heat dissipation/overload protection, capable of continuous operation.
• Multi-speed adjustment, one machine adaptable to different materials/rough and fine polishing, reducing equipment changeovers.
• Quick consumable changeover, reducing downtime for changeovers and increasing effective processing time.
3. Streamline processes to reduce rework.
• Hard metals (stainless steel/titanium alloy) → Select constant pressure control for burn-proof surfaces and no polishing marks.
• Soft materials (plastic/stone) → Includes a low-speed, stable mode to prevent edge chipping and breakage.
• Materials prone to dust generation → Select the integrated dust collection model for simultaneous polishing and cleaning, saving downtime.
4. Focus on details to maximize effectiveness.
Prioritize models with adjustable worktables and workpiece positioning to reduce clamping/tooling time; easy-to-clean design makes subsequent maintenance easier, saving time and effort on small details for greater efficiency.
Core principle: Avoid blindly pursuing high configurations and high prices; instead, match each component to the processing needs at every level to truly achieve efficient polishing, cost reduction, and increased production!