5 5/8inx2 3/8in Skid Steer Bobcat Style Bucket Teeth & Pin for X156 X Series Teeth

Enhance your excavation and digging performance with the Skid Steer Bobcat Style Bucket Teeth for X156 X Series Teeth & Adapters from Our Products. This bucket tooth is designed for durability and efficiency and is ideal for tackling hard soil, gravel, rocky surfaces, and other challenging terrains. Its strong construction and precise design make it a perfect fit for skid steer loaders and other ground-engaging machinery. Find the other essential details of this bucket tooth below: Compatibility: The X156X Bobcat-style bucket tooth can fit with Bobcat-style X156 X Series adapters and other compatible equipment. Its universal design ensures reliable performance across various heavy-duty machines and applications. Size: The bucket tooth is 5 5/8in long and 2 3/8in wide. The back and front width of this bucket tooth are 2in and 2 1/8in respectively. The front height of this bucket tooth is 1 3/4in. The compatible pin is available in a length of 2 1/4in and a diameter of 3/8in. Material: It is manufactured from high-grade alloy steel; this bucket tooth is built to withstand demanding environments. Its resistance to wear and tear ensures long-lasting performance, even in abrasive and challenging conditions. Applications This bucket tooth is suitable for a wide range of tasks, such as penetrating hard soil and rocky surfaces, excavation and trenching, mining and quarrying operations, demolition, and general construction. Easy Installation: Align the tooth with the adapter. Insert the appropriate locking pin (sold separately). Secure the pin with a hammer or mallet, ensuring a snug fit before operation. Safety Guidelines Always ensure the tooth is securely fastened before use. Regularly inspect for wear, damage, or improper fit. Avoid overloading the bucket or using it on unsuitable materials. Maintain a safe operating distance from moving machinery. When to Replace the Bucket Tooth Reduced penetration efficiency due to worn tips. Visible structural damage such as cracks or chips. Persistent looseness, even after securing the pin. Significant thinning from extensive use in abrasive conditions. Uneven wear causing operational imbalances.