AllPoints 00-065062-00002 Pin Dowell OEM Part Durable Alloy for Hobart Equipment
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- Engineered for precise equipment alignment
- Constructed from high-grade durable alloy
- Supports quick, tool-free installation
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The Hobart 00-065062-00002 Pin Dowell is a critical mechanical component designed for industrial and commercial food processing equipment. Manufactured by Hobart, it serves as a precision-engineered pin dowel intended for reliable alignment, securing, and stability within stainless steel assemblies. With a compact dimension profile of 0.3" in height, 0.3" in width, and 1.1" in depth, this OEM part facilitates efficient assembly and maintenance across various foodservice equipment applications, specifically in machinery such as mixers or food processors requiring high durability and exact fit. Its proven functionality ensures minimal downtime during repairs, making it essential for commercial kitchens and large-scale food production environments. The Pin Dowell's precise specifications support robust performance in demanding operations, helping maintain optimal equipment alignment and operational integrity.
Designed for durability and precision, this pin dowel from AllPoints is constructed from high-grade materials suited for frequent use in commercial kitchens. Its specific dimensions enable seamless integration with Hobart equipment, facilitating quick assembly and disassembly during routine maintenance. Suitable for applications requiring exact positioning within food processing machinery, it enhances workflow efficiency by reducing repair time. The component’s robust build withstands the rigors of high-use environments, ensuring long-term performance even in busy foodservice settings with repetitive operational cycles.
Ideal for equipment repair, replacement, or assembly in commercial food manufacturing facilities.
The Hobart 00-065062-00002 Pin Dowell features an OEM construction made from durable materials, measuring 0.3 inches in height, width, and 1.1 inches in depth, with a weight of 0.04 lbs. It is intended for use in OEM applications requiring precise mechanical fit. The pin is not hazardous or certified for specific health standards, but its design ensures stable, high-performance operation within food processing machinery. Its compact form factor and robust material composition support long-term durability and ease of replacement during machinery servicing. Compatibility with Hobart equipment ensures straightforward installation in various models requiring pin dowels for structural integrity.
A commercial pin dowel is a precision mechanical fastener used to align and secure components within industrial food processing equipment. The Hobart 00-065062-00002 Pin Dowell acts as a structural element to ensure proper positioning of machine parts such as shafts and panels. It is typically installed in stainless steel or similar durable materials, providing strong, reliable support for high-volume operations like mixing, slicing, or portioning. Installed in various machinery components, this pin dowell enhances operational stability and reduces downtime, making it ideal for use in mid-volume to high-volume foodservice environments including manufacturing lines and large commercial kitchens.
Designed for industrial repair and maintenance, the Hobart 00-065062-00002 OEM pin dowell from AllPoints offers dependable performance in commercial food processing equipment. Its precise fit and durable construction optimize operational uptime during medium workloads in busy foodservice environments, including large-scale kitchens and manufacturing facilities.
The AllPoints 00-065062-00002 Pin Dowell stands out for its high-quality alloy construction and precise manufacturing that surpasses standard replacement parts. Its compact size and reliable fit in Hobart OEM equipment help streamline maintenance operations, reduce downtime, and ensure consistent machine performance. Engineered for durability, this component enhances operational efficiency in demanding food processing environments by supporting accurate component aligning and stable machine assembly.
