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Q Can the machine cut complex shapes and patterns for acoustic designs?
A Yes, the CNC system follows your CAD designs to cut curves, patterns, perforations, letters and logos, as well as V-grooves and bevels where required.
This gives acoustic panel manufacturers and designers full freedom to combine acoustic performance with creative visual effects.
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Q How does CNC cutting improve production compared with manual cutting?
A CNC acoustic panel cutting replaces manual marking and cutting with digital files and automatic motion, which improves accuracy, speed and consistency across all panels.
It reduces labor intensity, lowers the risk of mistakes and makes it easier to repeat the same design for future projects.
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Q What kind of support and training does Shilai provide?
A Shilai provides training on machine operation, file preparation, cutting parameter settings and daily maintenance, either online or on-site as needed.
Ongoing technical support helps you optimize cutting quality and efficiency as your acoustic panel business grows.
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Q Can one machine cut both dry fabric and sticky prepreg?
A Some Shilai composite cutting machines are optimized for specific materials, while others can handle both dry fabrics and prepregs with the right blade and parameter settings.
Tell us your main material mix and we will recommend a model and configuration that balances cutting performance, cleanliness and productivity.
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Q How do Shilai machines control dust and fibers when cutting insulation and composites?
A Shilai composite cutting machines use suitable cutting strategies, blade types and optional dust extraction systems to reduce airborne fibers and dust during cutting.
This helps create a cleaner working environment and protects both operators and nearby equipment.
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Q How does intelligent nesting improve yield on composite materials?
A Intelligent nesting software arranges patterns based on roll width, fiber direction, cutting direction and part priority to minimize offcuts on expensive materials like carbon fiber and aramid.
Better nesting means lower material costs and more stable laminate schedules across repeated production batches.
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Q What support and training do you provide for composite cutting applications?
A Shilai provides application-focused training on material-specific cutting parameters, nesting strategies and daily maintenance, both online and on-site when needed.
Ongoing technical support helps you fine-tune your composite cutting process as new materials and projects are introduced.
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Q What is the difference between CNC leather cutting and traditional die cutting?
A CNC leather cutting uses a computer-controlled oscillating knife to cut patterns directly from digital files, while traditional die cutting relies on steel dies made for each style and size.
With CNC cutting you can change designs instantly, improve cutting precision and reduce die costs and lead times, which is especially valuable for small batches and frequent style updates.
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Q Can Shilai leather cutting machines handle both genuine and synthetic leather?
A Yes, Shilai leather cutting machines are designed to cut a wide range of materials including genuine leather, artificial leather, PU, PVC, microfiber, laminated leather and similar flexible materials.
By adjusting cutting parameters and selecting the right tools, the same machine can switch quickly between different leather types and thicknesses.
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Q How does the vision system and intelligent nesting help save leather?
A The vision system captures the actual shape of each hide and marks visible defects such as scars and holes, then the nesting software automatically arranges patterns to avoid these areas.
This process reduces offcuts, improves yield per hide and helps you achieve more consistent quality on visible parts like seat panels and bag fronts.
