Coconut Cutter

Cibus Industries’ Coconut Cutter addresses the critical need for accurate, high-speed sectioning of whole coconuts into halves or quarters — a process that underpins uniform downstream drying, deshelling, and extraction. Our design combines CNC-machined stainless-steel blades, servo-driven carriage systems, and adjustable guide rails to deliver precise cuts across a broad size range (50–120 mm diameter) at throughputs of 300 - 1500 nuts per hour. Each unit is custom-configured: blade clearance, carriage velocity, and cutting angles are calibrated to your facility’s power profile, spatial constraints, and operator workflow, ensuring consistent output and minimal kernel damage.

At Cibus, precision cutting is more than a mechanical action — it’s the first step in guaranteeing consistent product quality throughout your entire coconut processing line.

In comprehensive field trials, we test the cutter with varied coconut maturities — from tender green coconuts to fully hardened mature nuts — to refine our design against real-world variables. We record portion accuracy, kernel bruise rates, cycle times, and operator handling feedback under continuous, multi-shift operations. These evaluations validate that our cutter achieves over 60% reduction in manual slicing labor, maintains near-zero kernel breakage, and delivers steady throughput without adjustments.

The cutter’s advanced control system integrates seamlessly with plant automation networks, offering operators intuitive touchscreen interfaces for real-time monitoring and adjustment of cutting parameters. Features such as automated blade sharpening alerts, programmable cut profiles, and safety interlocks enhance operational reliability and worker protection. Constructed with hygienic materials and designed for easy tool-less blade replacement, the machine minimizes maintenance downtime and supports compliance with stringent food safety standards. This combination of precision engineering and intelligent controls makes the Cibus Coconut Cutter a pivotal component for maximizing production efficiency while safeguarding kernel integrity throughout the processing chain.

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