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Thin Blade Slitter Scorer & Creaser
High-Velocity Precision Slitting and Scoring System with 1.0mm Ultra-Sharp Blades and Online Auto-Sharpening Layout
The Golden Brand Thin Blade Slitter Scorer & Creaser is engineered to address edge-crushing defects commonly caused by traditional thick-bladed tooling sets. Featuring specialized 1.0mm ultra-thin alloy steel knives, this high-production machine delivers sharp, flawless slitting profiles without disturbing the internal structural flutes or liner faces. Equipped with a built-in automated online grinding layout to hone blade profiles on the fly, it achieves high-volume output tracking parameters up to 140 m/min with minimal maintenance down-time.
Detailed mechanical comparisons across our two core thin-blade operational deckle options.
| Functional Description | Model Variant: 2000 mm | Model Variant: 2500 mm |
|---|---|---|
| Maximum Linear Speed | 140 m/min. | 140 m/min. |
| Minimum Cutting Width Limit | 200 mm | 200 mm |
| Minimum Creasing Width Limit | 200 mm | 200 mm |
| Drive Motor Power Load | 5 H.P. | 5 H.P. |
| Approximate Net Weight | 2500 kgs. | 3000 kgs. |
| Required Plant Floor Space | 9'x4' | 10' x 4' |
Blade Gauge Matrix: 1.0mm thickness standard • Grinding Discs: Industrial diamond/emery blend stones. Discuss inline retrofitting alongside existing automatic single facers with our technical department.
Important maintenance and operational milestones for the Thin Blade Slitting and Scoring Assemblies
Traditional slotting or slitting equipment relies on thick structural blades that fracture, crush, or deform the delicate flute edges of corrugated board, leading to rough margins and weak box compression. Our 1.0 mm ultra-thin alloy blades slice through the substrate like a razor, yielding perfectly clean, burr-free borders with structural edge liner integrity intact.
The machine is integrated with pneumatic grinding wheels positioned directly beside the slitting knives. Operators can trigger an automated, online honing cycle while the machine is actively slitting sheets, maintaining sharp blade parameters continuously without slowing down production.
The machinery train is driven by an industrial variable speed drive (VFD) motor combined with a micro-adjust control panel. This enables smooth acceleration up to a peak output speed of 140 meters per minute, allowing operators to sync exactly with upstream corrugation feed parameters.
Both standard sizes (2000 mm and 2500 mm configurations) support a tight minimum slitting width threshold of 200 mm and a minimum creasing line interval of 200 mm, giving extensive flexibility for running thin or specialized multi-panel box partitions.
No complex structural pits are necessary. Its heavy-duty, low-vibration rigid iron framing handles high-harmonic stress easily. Normal leveling and anchor bolt positioning across standard industrial factory flooring is sufficient.
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Traditional slotting or slitting equipment relies on thick structural blades that fracture, crush, or deform the delicate flute edges of corrugated board, leading to rough margins and weak box compression. Our 1.0 mm ultra-thin alloy blades slice through the substrate like a razor, yielding perfectly clean, burr-free borders with structural edge liner integrity intact.
The machine is integrated with pneumatic grinding wheels positioned directly beside the slitting knives. Operators can trigger an automated, online honing cycle while the machine is actively slitting sheets, maintaining sharp blade parameters continuously without slowing down production.
The machinery train is driven by an industrial variable speed drive (VFD) motor combined with a micro-adjust control panel. This enables smooth acceleration up to a peak output speed of 140 meters per minute, allowing operators to sync exactly with upstream corrugation feed parameters.
Both standard sizes (2000 mm and 2500 mm configurations) support a tight minimum slitting width threshold of 200 mm and a minimum creasing line interval of 200 mm, giving extensive flexibility for running thin or specialized multi-panel box partitions.
No complex structural pits are necessary. Its heavy-duty, low-vibration rigid iron framing handles high-harmonic stress easily. Normal leveling and anchor bolt positioning across standard industrial factory flooring is sufficient.
Talk to our machinery experts and get a custom solution tailored to your capacity, budget, and production goals.