Small Engine Cylinder Hone - CTA Manufacturing Corp.

The CTA Manufacturing Corp. Model 2300 Small Engine Cylinder Hone is a professional-grade tool engineered to prepare cylinder walls for optimal piston ring seating and enhance engine performance. Designed for automotive and industrial technicians, this cylinder hone effectively removes glaze and minor imperfections, ensuring a proper crosshatch pattern for superior oil retention and reliable ring break-in. Its robust construction and precise adjustability make it an essential tool for engine rebuilding and maintenance tasks.

Key Features

• Broad Compatibility: Accommodates a cylinder bore range of 32mm to 89mm (approximately 1.25 to 3.5 inches), making it suitable for a variety of small engine applications.
• Effective Honing Stones: Equipped with 2-inch (51mm) long, medium grit (220) stones designed to achieve the ideal surface finish for new piston rings.
• Flexible Shaft Design: Features a durable flex shaft that readily connects to any variable speed drill, allowing for precise control and consistent honing action.
• Adjustable Tension: Offers adjustable diameter and tension settings, enabling technicians to control the cutting pressure and adapt to specific cylinder conditions.
• Durable Construction: Built with heavy-duty materials to withstand demanding workshop environments, ensuring long-lasting performance and reliability.
• Made in USA: Manufactured in the USA, reflecting a commitment to quality and craftsmanship.

Applications

The CTA 2300 Small Engine Cylinder Hone is ideal for professional mechanics and engine builders performing routine maintenance or complete overhauls. It is commonly used for resurfacing cylinder walls in lawnmowers, motorcycles, ATVs, marine engines, and other small industrial power units. This tool is crucial for deglazing cylinders, eliminating minor surface imperfections, and creating the critical crosshatch pattern that promotes proper piston ring seating, reduces blow-by, and improves overall engine efficiency and longevity.