6434 Sleeve Height and Counter Bore Gauge for Diesel Engines, Precision Cylinder Bore Measurement Tool with 0-1.00" Range, 0.001" Graduation and 0-100 Dial Reading

The MXSAG 6434 Sleeve Height and Counter Bore Gauge is an indispensable precision tool for professional mechanics and engine builders specializing in diesel engine maintenance. This heavy-duty gauge is designed to measure the critical distance a cylinder sleeve protrudes above the engine block deck, as well as the depth of the counter bore with extreme accuracy. Equipped with a high-contrast dial indicator featuring a 0-1.00" range and 0.001" increments, this tool eliminates guesswork and ensures that every measurement is recorded with confidence. The robust mounting base provides a stable platform on the engine block, allowing for hands-free stability and consistent readings. Whether you are performing a routine inspection or a complete engine restoration, the MXSAG 6434 provides the professional-grade reliability required to keep heavy-duty engines running at peak efficiency.

• Extreme Precision: Features an ultra-precise 0.001" graduation and a clear 0-100 reading scale to provide technicians with the exact data needed for inspecting cylinder sleeve protrusion and counter bore depth across various diesel engine blocks
• Universal Fit: Specifically engineered to fit a wide array of heavy-duty diesel engines, making it a versatile diagnostic tool for professional mechanics involved in truck maintenance, engine overhauls, and complex rebuilding projects
• Extended Range: Offers a full measurement span from 0 to 1.00" that covers the vast majority of standard engine specifications, allowing for thorough and detailed diagnostics of cylinder deck surfaces and sleeve seating
• Rugged Build: Built with premium high-strength materials to maintain calibration stability over time and resist the wear and tear of demanding garage environments, ensuring repeatable and reliable results every time you use it
• Essential Diagnostic: An essential instrument for identifying uneven sleeve seating or block deck irregularities, helping to prevent potential engine failure by ensuring all components meet strict assembly tolerances and performance standards