The Hobart 00-064417 Shaft is a precision OEM replacement component designed for industrial food processing equipment. Manufactured by Hobart, a leading brand in commercial kitchen solutions, this shaft offers robust construction for durability in demanding environments. It provides a critical mechanical interface within mixers or similar machinery, ensuring accurate alignment and smooth operation. Its technical specifications include a compact 6-inch width, 5-inch height, and 9-inch depth, with a lightweight design weighing only 0.73 lbs, facilitating ease of installation and maintenance. Engineered for precise fit and long-term reliability, this shaft is essential for restoring optimal equipment functionality in high-volume foodservice operations and industrial kitchens.
Top Hobart 00-064417 Features
The Hobart 00-064417 Shaft is tailored for commercial foodservice applications requiring dependable mechanical components. Its metallic alloy construction ensures high durability against wear and corrosion, supporting sustained operation in busy kitchen environments. Designed for seamless integration, it simplifies equipment repair, reducing downtime. Its precise dimensions and robust design make it suitable for heavy-duty mixers found in commercial bakeries, cafeterias, and food processing plants, contributing to workflow efficiency and reliable performance.
- Function & Performance: Ensures optimal mechanical operation within mixers or processing equipment
- Durability Traits: Made from high-strength alloy for resistivity to wear and corrosion
- Ease-of-Use & Maintenance: Designed for straightforward installation and minimal upkeep
- Real-World Use Case: Fits OEM mixer shafts in high-volume bakery or catering environments
- Workflow Benefit: Supports continuous operation with minimal downtime in industrial kitchens
Ideal for replacing worn or damaged shafts in commercial food processing machinery.
Hobart 00-064417 Technical Specs
The Hobart 00-064417 Shaft is constructed from durable alloy material, supporting precise alignment in commercial mixer units. It measures 6 inches wide, 5 inches high, and 9 inches deep, with a weight of 0.73 lbs, ensuring lightweight handling for installation. Its compatibility with specific Hobart OEM equipment guarantees accurate fitment and reliable operation. The component operates within standard mechanical tolerances, designed to withstand the rigors of high-volume food production settings. It lacks hazardous materials, and its design facilitates easy disassembly for routine maintenance. Suitable for use in various industrial food processing applications, this shaft facilitates sustained equipment performance.
- Electrical Requirements: Not applicable (mechanical component)
- Manufacturing Material: High-strength alloy
- Dimensions: 6" W x 5" H x 9" D, 0.73 lbs
- Compatibility: Fits specific Hobart OEM mixer models
- Construction & Finish: Metal alloy with corrosion-resistant finish
- Temperature Resistance: Designed for operational environments up to 200°F
- Maintenance & Cleaning: Disassembly aids routine inspection and lubrication
- Usage Compatibility: Compatible with industrial mixers and processing units
- Safety & Ergonomics: Standard manufacturing tolerances ensure safe handling
- Included Accessories: Replacement shaft—no additional accessories required
- Installation: Requires standard mechanical tools, no special setup needed
Electrical & Plumbing: Not required as a mechanical component; no plumbing connections
Drainage or Ventilation: Not applicable for this part
Clearance & Airflow: Fits within standard machinery housing with recommended clearance
Cleaning Protocols: Disassemble for routine inspection; no special cleaning needed
Integration: Compatible with OEM equipment for precise replacement
What is a commercial shaft?
A commercial shaft is a critical mechanical component used in industrial food processing and preparation equipment. Specifically, it serves as an axle or rotational element within machines such as mixers, blenders, or processing units. The Hobart 00-064417 Shaft functions as an OEM part designed to uphold the precise alignment and efficient transmission of power within high-capacity commercial mixers. Installed in bustling kitchen environments like bakeries, cafeterias, and food manufacturing facilities, this shaft ensures uninterrupted operation, reliability, and consistent product quality in mid-volume foodservice settings.
Top commercial shafts for high-volume foodservice environments
Designed for durable operation, the Hobart 00-064417 Shaft provides precise fitment and reliability for commercial mixers. Suitable for medium workload environments, it supports sustained high-volume food processing, aligning with OEM specifications for efficient performance and minimal downtime. This OEM part by AllPoints ensures long-lasting durability and simplified maintenance in industrial kitchens.
- Operation Type — suited for high-capacity bakery and processing units
- Kitchen Setting — ideal for large-scale commercial kitchens and food processing facilities
- Foodservice Category — supports mixer and processing equipment used in industrial food preparation
- Workload Qualification — designed for moderate throughput and continuous use
- Use Case — replacement part for OEM mixer shafts in busy food production settings
Why Choose AllPoints 00-064417?
Compared to generic replacements, the AllPoints 00-064417 Shaft offers a high-strength alloy construction tailored for OEM compatibility and long-term durability. Its precise dimensions ensure seamless fitment, eliminating operational disruptions. Built for industrial environments, it enhances equipment longevity and simplifies maintenance processes, making it a reliable choice for commercial kitchens and food processing operations seeking dependable OEM replacements.
- More durable alloy material ensures long-term wear resistance
- Precisely engineered for seamless OEM fitment
- Compact design reduces installation space requirements
- Designed for high-volume commercial food processing environments
- Enhances equipment reliability, minimizing downtime during maintenance
