AllPoints BB-006-36 3.35 Inch Ball Bearing with High-Grade Steel Construction

The GE/Hobart BB-006-36 Ball Bearing, manufactured by GE/Hobart, is a precision-engineered component designed for high-performance industrial applications within food processing and commercial kitchen equipment. This OEM ball bearing features durable construction, optimized for use in machinery requiring smooth rotational movement and load transfer. With a compact profile of 3.35 inches in width, 4.35 inches in depth, and a height of 1.9 inches, it is suitable for integration into various equipment, including mixers, slicers, and conveyor systems. Its robust design ensures longevity under demanding operational conditions, making it essential for maintaining appliance efficiency and minimizing downtime. The component’s technical focus on precision fits and corrosion resistance supports continuous operation in foodservice environments, serving niche industrial needs with reliable technical specifications.

This ball bearing is engineered for commercial foodservice use, featuring high-grade steel construction for enhanced durability and resistance to wear. Its precision manufacturing ensures smooth operation and load capacity, reducing maintenance needs. Designed for easy installation and replacement, it fits standard mounting configurations in industrial equipment. The component’s compact size supports integration into confined spaces, improving workflow efficiency. Suitable for continuous-duty environments, it withstands rigorous operational cycles, contributing to equipment reliability and longevity.

Suitable for replacing worn or damaged bearings in commercial kitchen machinery with a technical fit for industrial environments.

The GE/Hobart BB-006-36 ball bearing operates as a precision OEM component with dimensions of 3.35 inches in width, 4.35 inches in depth, and 1.9 inches in height, with a weight of 0.78 lbs. It is constructed from high-grade steel, ensuring resistance to corrosion and wear during continuous operation. The bearing’s design supports standard mounting compatibility with equipment requiring reliable rotational support. No hazardous materials are involved, and its manufacturing ensures compatibility with standard cleaning routines without compromising material integrity. Typical applications include conveyor systems and food processing machinery, where durability and precision are critical, contributing to maintained throughput and equipment efficiency.

Electrical Compatibility: Not applicable, designed for mechanical support

Mounting Requirements: Compatible with standard bearing housings in industrial equipment

Maintenance: Replacements straightforward through standard disassembly procedures

Application Environment: Suitable for moderate to high-duty foodservice machinery operations

Cleaning & Upkeep: Corrosion-resistant surface allows for routine cleansing without degradation

A commercial ball bearing is a precision mechanical component used in industrial and foodservice equipment to facilitate smooth rotational movement under load. The GE/Hobart BB-006-36 model, well-suited for food processing machinery, features a steel construction designed to withstand continuous operation and resist corrosion. Installed in conveyor systems, slicers, and mixers, this ball bearing helps maintain optimal efficiency in moderate-volume foodservice settings, ensuring reliable operation and minimal downtime in demanding environments.

Designed for moderate throughput operations, AllPoints BB-006-36 ball bearings provide reliable support in commercial kitchen equipment. Manufactured by GE/Hobart, these components are optimal for conveyor, slicer, and mixer applications requiring durable, precise, and low-maintenance rotational support in industrial foodservice settings.

The AllPoints BB-006-36 ball bearing stands out for its high-quality steel construction and precise manufacturing, ensuring long-lasting performance compared to standard replacement parts. Its compact, corrosion-resistant design reduces maintenance time and supports seamless integration into existing equipment, increasing operational efficiency and reliability in commercial foodservice environments.