Viking's Bobcat Style Skid Steer Bucket Teeth for 6737325 Bobcat Style Flex Pins

Get Viking's Bobcat Style Skid Steer & Mini Excavator Bucket tooth for heavy-duty tasks such as excavation, demolition, and material transport. They can be used with skid steers and mini excavators. Find the other details about this product below: Compatibility: This bucket tooth is designed to pair with 6737325 Bobcat Style flex pins, which allow for a secure and flexible connection. This flexibility helps absorb impacts, reducing the chance of damage to the tooth or the bucket. Size: The overall tooth size of this bobcat-style skid steer and mini excavator bucket tooth is 5 1/2in which is a compact size for smaller vehicles. Its tip width is 1 11/16in which allows for greater penetration into dense or compacted materials. Material: We manufacture our bucket teeth using alloy steel material which makes them resistant to demanding environments, long-lasting, and strong. Application: This bucket tooth is designed for skid steers and mini excavators. This bucket tooth can be used for applications such as excavation, demolition, material handling, and construction. The compact size and heavy-duty design of this bucket tooth make them ideal for harsh environments such as mining, roadwork, and agriculture. Easy Installation: To install This bucket tooth, align the tooth with the adapter, insert the 6737326 Flex Pin (sold separately) through the holes, and tap it securely into place. Ensure the tooth is stable and the pin is secured. Inspect for proper fit and stability before operation. Safety Guidelines: Ensure tooth are securely fastened. Inspect for wear or damage before use. Avoid overloading the bucket. Keep bystanders clear of the equipment. Wear PPE like gloves, goggles, and steel-toed boots. When to Replace the 6737325 Bucket tooth When the tip becomes dull or rounded, reducing digging efficiency. When there are any visible cracks, chips, or other damage. When the tooth no longer fit securely, even with flex pins. If tooth wear unevenly, causing imbalance during operation. After prolonged use in highly abrasive conditions.