AllPoints 00-070032 OEM Gear for Hobart Equipment Metal Alloy Durable
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- Precise torque transmission for gear-driven systems
- Constructed from high-grade metal alloys
- Simplifies maintenance with straightforward installation
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The Hobart 00-070032 Gear is a critical OEM component designed for use in commercial food equipment, specifically within Hobart food processing and preparation machinery. Manufactured by Hobart, this gear plays a vital role in ensuring precise mechanical operation and durability under demanding kitchen environments. Made from high-grade materials, it offers reliable performance in high-use applications such as conveyor systems and gear-driven mixers. Its compact dimensions of 3.41 inches width and depth, with a height of 1.19 inches, facilitate seamless integration into existing equipment assemblies, making it an essential spare part for professional kitchen maintenance and repair. The gear's functionality centers on precise transmission of torque, contributing to smooth, efficient machine performance critical for commercial foodservice workflows.
This OEM gear is engineered for durability and precision in commercial kitchen applications. Constructed from robust materials to resist wear and mechanical stress, it simplifies maintenance with straightforward installation. Its design ensures accurate torque transfer, preventing equipment downtime in high-output environments like bakeries or meat processing facilities. Suitable for gear mechanisms with specific compatibility, it supports continuous operation in food processing lines, delivering consistent performance over extended service periods.
Ideal for replacing worn or damaged gears in commercial bakery, deli, or catering equipment.
The Hobart 00-070032 Gear features a compact size with precise manufacturing specifications suitable for professional foodservice equipment. It is constructed from high-quality metal, ensuring longevity in high-frequency use scenarios, with a weight of 1.23 lbs. The gear’s dimensions are 3.41 inches in width and depth, and 1.19 inches in height, designed for direct replacement in compatible gear mechanisms. It does not specify hazardous materials or certifications, but its materials are compatible with standard cleaning and maintenance routines common in commercial kitchens. The gear is designed for long-lasting performance within operational temperature ranges typical for mechanical components, contributing to equipment reliability.
A commercial gear is an essential mechanical component used in industrial food processing and preparation machinery to transmit torque and motion between parts. Specifically, the Hobart 00-070032 Gear functions within gear-driven systems in equipment such as mixers, conveyor belts, or other machinery requiring precise mechanical operation. Installed in various commercial foodservice settings, this gear enables efficient and reliable performance, supporting continuous operation in facilities like bakeries, delis, and catering kitchens. Its design ensures long-lasting durability and compatibility with Hobart equipment, making it a vital spare part for maintenance and repairs in high-demand environments.
This high-quality Hobart 00-070032 Gear offers precise torque transfer and durability ideal for moderate workload applications in commercial kitchens. Built from resilient materials, it supports continuous operation and simplifies maintenance for gear-driven systems in food processing facilities. Suitable for applications requiring reliable performance and quick replacement, it ensures operational efficiency in mid-volume foodservice settings.
The AllPoints 00-070032 Gear stands out through its precise engineering and durable construction, ensuring long-term reliability in demanding commercial foodservice applications. Its compact, OEM design simplifies installation and guarantees compatibility with Hobart gear mechanisms. Unlike generic counterparts, this gear maintains machine performance and reduces downtime, delivering enhanced operational efficiency and consistent gear accuracy during continuous in-line processing.
