Original Makita spare part - NEEDLE BEARING EH7500S. Part number: 0610089970

Optimize the performance of your power tool with a high-precision wear component. This spare part ensures smooth rotation and reduces internal mechanical friction, extending the service life of the engine.

Replacement for the following products:

• Makita EH5000W
• Makita EH6000W
• Dolmar HT2360D
• Dolmar HT2375D
• Dolmar HT2475

Product description:

This original needle bearing is engineered to meet the most rigorous standards of professional maintenance. Manufactured with high thermal and mechanical resistance materials, it ensures perfect alignment of rotating components within the crankcase, minimizing vibration and premature wear. Utilizing this genuine spare part guarantees maximum operating efficiency even under intensive and prolonged working conditions, preserving the overall mechanical integrity of the tool.

Main features:

• High-strength case-hardened steel construction.
• Precision geometric design to minimize friction.
• Optimal resistance to high temperatures and radial loads.
• Genuine manufacturing standards for maximum reliability.
• Simplified maintenance and perfect alignment of components.

All product specifications in this catalog are based on information taken from official sources, including the official manufacturer's Makita websites, which we consider reliable. Unfortunately, even official documents may contain mistakes and printing errors, and we are not able to confirm that all of these data are precise and represent the facts. Most manufacturers reserve the right to change product characteristics or complete descriptions without notice. We strongly recommend using the published information as basic information subject to Makita brand review. Please check the important parameters with a sales assistant before making a purchase. All content included in this catalog is the intellectual property of www.bricoutensili.com. Any publication or copying, full or partial, without reference to the source page is prohibited.