The Taylor Freezer TAF070847 (FDW) Divider (lane) Double 9 3/8" X 24" X 7/8" is a precision-engineered component designed for commercial ice production systems. Manufactured by Taylor Freezer, this double lane divider enhances ice shaping and portioning accuracy in high-capacity foodservice applications. Its robust construction and exact dimensions facilitate integration with equipment requiring precise lane separation and consistency. Crafted for durability and reliable performance, this divider addresses workflow efficiencies in busy establishments needing consistent ice distribution, making it an essential element in commercial ice machines and foodservice equipment setups. Its technical specification of 9 3/8" width, 24" length, and 7/8" thickness ensures proper fit within varied ice system configurations.
Top AllPoints TAF070847 (FDW) Features
The AllPoints TAF070847 (FDW) double lane divider is engineered for high-volume ice production environments, providing precise lane separation for improved wave or crescent ice formation. Made from durable materials, it offers long-term resistance to wear and corrosion. Its straightforward installation and maintenance streamline workflow in countertop or integrated ice equipment. Designed to fit standard ice machine outputs, it optimizes ice shaping in bulk operations, ensuring consistent portion control and easy cleaning. Its technical design facilitates seamless integration into existing systems, improving operational efficiency for commercial kitchens and foodservice operators.
- Functionality: Ensures accurate lane separation in commercial ice machines.
- Durability Traits: Constructed from corrosion-resistant materials for prolonged use.
- Ease of Maintenance: Clear, straightforward disassembly for cleaning and inspection.
- Use Case Fit: Compatible with ice systems requiring 9 3/8" width, 24" length.
- Workflow Benefit: Improves ice portioning consistency in high-volume settings.
Ideal for bulk ice systems in hospitality and foodservice establishments requiring reliable lane division.
Taylor Freezer TAF070847 (FDW) Technical Specs
The Taylor Freezer TAF070847 (FDW) double lane divider operates as a durable, precision-fit component measuring 9 3/8 inches in width, 24 inches in length, and 7/8 inches thick. Manufactured in the United States, it features a robust construction optimized for continuous use in commercial settings. The component is designed to seamlessly integrate with Taylor Freezer’s Mavrik series, supporting high-volume ice production with consistent lane separation. Its material composition ensures resistance against corrosion and wear, facilitating long-term operation without degradation. The precise dimensions and lightweight design—at 2.8 lbs—allow easy handling and installation within existing equipment. No electrical requirements are involved, and its compact form supports efficient storage and installation in varying foodservice workflows.
- Width: 9 3/8 inches for standard ice lane segmentation
- Depth: 24 inches, suitable for primary ice pathways
- Thickness: 7/8 inches, ensuring structural integrity
- Material: Durable, corrosion-resistant construction
- Weight: 2.8 lbs for easy installation and handling
- Country of Origin: United States
- Operating Range: Suitable for all standard ice machine configurations
Capacity: Designed for continuous, high-volume ice production applications
Construction & Finish: Heavy-duty, corrosion-resistant materials for reliable operation
Dimensions: 9 3/8" W x 24" D x 7/8" T
Compatibility: Suitable for Taylor Freezer's Mavrik line and similar systems
Installation & Maintenance: Requires minimal disassembly for routine cleaning or repairs
What is a commercial lane divider?
A commercial lane divider is a precisely manufactured component used in ice production equipment to separate ice lanes and ensure consistent shaping or portioning. The Taylor Freezer TAF070847 (FDW) combines durability with exact dimensions for reliable integration into high-capacity ice machines. It facilitates precise lane separation essential for uniform ice formation, installed typically in ice systems used in hospitality, cafeteria, and other foodservice settings. Its design supports efficient workflow and sustained performance in demanding operational environments, making it suitable for applications requiring consistent ice outputs for drinks, food presentation, or storage in large-scale commercial kitchens.
Top commercial ice machine components for high-volume foodservice operations
Designed for medium workload foodservice settings, the Taylor Freezer TAF070847 (FDW) lane divider from AllPoints offers precise, reliable separation for ice systems, ensuring consistent ice formation in busy kitchens and bars. The high-quality construction, including corrosion-resistant materials, supports durable, long-term operation for restaurants, cafeterias, and hospitality venues. Its compact footprint and seamless integration optimize workflow and product presentation in commercial ice production.
- Operation Type — ideal for medium-volume ice facilities
- Kitchen Type — suited for compact commercial spaces
- Foodservice Category — applicable in beverage and ice dispensing stations
- Workload Qualifier — designed for moderate throughput demands
- Use Case — enhances ice lane control in high-capacity systems
Why Choose AllPoints TAF070847 (FDW)?
Compared to similar components, the AllPoints TAF070847 (FDW) lane divider stands out with its robust, corrosion-resistant construction, precise dimensions, and ease of installation. Its compatibility with Taylor Freezer’s high-volume ice system components ensures reliable performance and simplified maintenance workflows. The engineered design minimizes downtime, improves ice shaping consistency, and enhances operational efficiency in commercial kitchens and beverage service areas.
- Compact footprint for seamless integration in tight spaces
- Solid, corrosion-resistant materials extend service life
- Engineered for easy installation and straightforward cleaning
- Optimized for high-volume ice production environments
- Designed to improve lane accuracy and ice quality
