In laboratory settings, achieving high-precision and efficient sectioning of hard material samples presents a significant challenge. The performance of cutting equipment directly impacts the accuracy of subsequent analyses. Today, we examine the C351 benchtop sample cutting machine—a widely used laboratory tool that has become an indispensable asset for material testing.

• Cutting Capacity: Equipped to handle cutting discs up to 350mm in diameter, the C351 can effortlessly process complex samples with thicknesses reaching 120mm, enabling preparation of large-scale material specimens.
• Power & Compatibility: Operating on a 230V single-phase power supply with 2000W output, it delivers robust cutting performance while remaining compatible with standard laboratory electrical systems.
• Structural Design: With compact dimensions of 560×460×390mm and a weight of just 20kg, the machine maintains structural stability without compromising valuable bench space.

One frequently overlooked operational detail involves cutting disc selection. For optimal cutting speed and extended equipment lifespan, experts recommend using the maximum diameter disc compatible with the machine. Larger diameter blades provide more stable cutting force and significantly reduce vibration during operation, ensuring smoother sample cross-sections and preserving material integrity.

The C351 exemplifies how compact engineering and powerful performance can simultaneously address laboratories' dual demands for precision and efficiency in sample preparation. For materials science researchers, understanding these fundamental specifications represents the first step toward standardized sample processing.