The Roundup - AJ Antunes 2150226 Shaft Cam is a precision-engineered OEM component designed for industrial food processing and automation applications within commercial kitchen and equipment settings. Manufactured by Roundup - AJ Antunes, this shaft cam features durable construction with a high-precision profile, fitting seamlessly into complex mechanical assemblies. Its 0.85-inch height, 1.95-inch width, and 25.65-inch depth dimensions ensure compatibility with various OEM systems. The component's material integrity supports operational reliability under demanding conditions, making it ideal for integration in foodservice machines requiring precise timing and movement control. Its technical specifications include a low weight of 0.58 lbs for ease of installation and maintenance, contributing to streamlined workflows in high-volume production environments.
Top AllPoints 2150226 Features
Designed for industrial OEM food processing systems, the Roundup - AJ Antunes 2150226 Shaft Cam enhances mechanical synchronization with high-durability materials. Its precise dimensions facilitate easy integration into existing drive assemblies, supporting consistent operation with minimal maintenance. Suitable for applications requiring accurate cam rotation, this component improves workflow efficiency and reduces downtime in commercial kitchen equipment setups.
- Precision profile: Ensures accurate movement transfer in OEM systems.
- Constructed from durable materials: Supports long-term operation in demanding environments.
- Lightweight design: Weighs only 0.58 lbs for effortless installation and servicing.
- Easy to replace: Standard size fits most OEM setups requiring shaft cams.
- Supports high operational reliability: Maintains performance under repetitive usage cycles.
Ideal for professional food processing equipment requiring precise mechanical timing, the Roundup - AJ Antunes 2150226 Shaft Cam is recommended for OEM maintenance and system upgrades.
Roundup - AJ Antunes 2150226 Technical Specs
The Roundup - AJ Antunes 2150226 Shaft Cam features a height of 0.85 inches, width of 1.95 inches, and depth of 25.65 inches, constructed from corrosion-resistant materials suitable for food processing environments. Its weight of 0.58 lbs enables easy handling during installation or replacement. Designed for OEM systems, it supports precise rotation with a durable profile, accommodating applications that demand consistent timing and mechanical accuracy. The component exhibits reliable performance within a typical operation temperature range suitable for industrial conditions. Its straightforward design allows for simple disassembly and maintenance, with compatibility across a range of drive and shaft configurations. Its lightweight profile minimizes strain on connected components, supporting sustained, dependable operation in commercial foodservice equipment.
- Electrical Requirements: Not applicable; mechanical component.
- Material: High-strength, corrosion-resistant alloy.
- Dimensions: 0.85 in (Height) x 1.95 in (Width) x 25.65 in (Depth).
- Weight: 0.58 lbs.
- Compatibility: Fits OEM drive assemblies needing precise shaft cams.
- Design Features: Precision-cut profile for accurate timing in automation systems.
- Construction: Machined metal for endurance and corrosion resistance.
- Operating Range: Suitable for common industrial temperatures.
- Maintenance: Easy disassembly and replacement to support ongoing system performance.
Electrical Compatibility: Not applicable
Material Quality: Metal alloy with high corrosion resistance
Dimensional Fit: OEM-specific support for drive shaft alignment
Weight: 0.58 lbs for lightweight handling
Application Setup: Mounts onto standard drive shafts for mechanical synchronization
What is a commercial shaft cam?
A commercial shaft cam is a precision-machined mechanical component used in automated food processing and manufacturing equipment to facilitate accurate and synchronized motion transfer. Typically constructed from durable alloys, these cams are installed in OEM drives to control timing cycles or mechanical movements in machinery such as mixers, conveyor systems, and packaging lines. The Roundup - AJ Antunes 2150226 Shaft Cam is an OEM part designed for integration into existing systems, supporting consistent, reliable operation in high-demand environments. It is ideal for maintaining precise mechanical timing in foodservice equipment with repetitive motion requirements, especially in applications involving automated processing or packaging lines.
Top industrial shaft cams for moderate food processing workflows
Industrial shaft cams like the Roundup - AJ Antunes 2150226 are built for industrial OEM applications requiring consistent mechanical timing. These reliable components support moderate throughput in commercial kitchen equipment, ideal for system synchronization and automation needs. Suitable for foodservice facilities with automated process lines, these shaft cams guarantee durability, precise fit, and smooth operation in demanding environments.
- Operation Type — supporting automatic food processing systems
- Workload Qualifier — suited for moderate throughput environments
- Kitchen Setting — ideal for commercial food manufacturing facilities
- Use Case — supports equipment synchronization and timing control
Why Choose AllPoints 2150226?
The AllPoints 2150226 Shaft Cam offers a robust, high-precision design that surpasses standard OEM parts, supporting efficient operation in commercial kitchen equipment. Its metal construction ensures durability, while its compact form facilitates straightforward integration and maintenance. Specifically optimized for mechanical reliability, this shaft cam enhances productivity while reducing downtime, making it a preferred choice for industrial applications seeking factory-level performance and long-term dependability.
- Manufactured with high-strength materials for enhanced durability
- Compact footprint suitable for limited space installations
- Engineered for precise timing in automated systems
- Supports streamlined maintenance with easy disassembly
- Optimized for high-reliability performance during continuous operation
