The Garland M8-1.3MM Orifice Hood 1.3mm, a precision-engineered component by AllPoints, is designed for food processing and commercial equipment applications. It features a compact 0.45-inch height, 0.45-inch width, and 0.75-inch depth, constructed from durable materials suitable for high-performance environments. Specifically intended for OEM settings, this orifice hood ensures precise regulation with a 1.3mm orifice, facilitating controlled liquid and gas flow in commercial workflows. Its robust design supports consistent operation in foodservice equipment, offering reliable performance in industrial food processing systems requiring accurate metering and minimal maintenance during routine cleaning and assembly. Ideal for integration into specialized gas or liquid delivery systems within restaurant, bakery, or food manufacturing settings, this component provides essential flow regulation to enhance operational consistency.
Top AllPoints M8-1.3MM Features
The Garland M8-1.3MM Orifice Hood delivers precise flow control with a durable build for commercial foodservice environments. It features a 1.3mm orifice, optimized for consistent delivery of fluids with minimal clogging risk. Its corrosion-resistant construction enhances longevity, while ease of installation supports seamless integration into existing equipment. Designed for medium workload applications, it ensures reliable performance in food processing lines or beverage dispensing systems. Its compact size simplifies maintenance, reducing downtime and facilitating quick cleaning routines. This component is well-suited for use in dedicated flow regulation tasks where accuracy and dependability are critical.
- Functionality: Precise flow regulation for liquid and gas delivery.
- Durability: Made from corrosion-resistant stainless steel for long-term use.
- Ease of Maintenance: Compact design allows quick disassembly and cleaning.
- Use Case: Perfect for integration in beverage dispensing or gas delivery systems.
- Workflow Benefit: Supports consistent flow for high-quality processing operations.
Suitable for installing in OEM equipment requiring precise orifice control and minimal downtime.
Garland M8-1.3MM Technical Specs
The Garland M8-1.3MM Orifice Hood features a stainless steel construction with measurements of 0.45 inches in height, 0.45 inches in width, and 0.75 inches in depth, offering a compact footprint for integration into tight spaces. It is non-hazardous and maintains a reliable performance profile within standard operating temperatures. The component is designed for OEM applications with availability typically within 4-8 business days. Its precise 1.3mm orifice ensures controlled fluid flow, making it ideal for medium-volume foodservice operations. The unit supports seamless maintenance with straightforward disassembly and cleaning. It does not incorporate complex technology but focuses on robustness and consistent performance in demanding commercial environments.
- Manufacturer: Garland
- Model Number: M8-1.3MM
- Material: Stainless steel
- Dimensions: 0.45" W x 0.75" D x 0.45" H
- Operating Range: Standard temperatures compatible with food processing equipment
- Production Capacity: Precise flow regulation via 1.3mm orifice
- Shipping Time: Typically ships within 4-8 business days
- Electrical Compatibility: Not applicable, compatible with standard flow systems
- Installation Requirements: Support for OEM mounting and integration
- Cleaning & Maintenance: Disassembly for routine cleaning, corrosion-resistant materials
- Flow Control Use: Suitable for beverage, gas, or fluid flow regulation
- Material & Finish: Stainless steel with smooth surface finish for sanitation
What is a commercial orifice hood?
A commercial orifice hood is a precision flow control component designed for regulating liquids or gases within foodservice, beverage, or industrial processing equipment. The Garland M8-1.3MM Orifice Hood features a 1.3mm orifice integrated into a stainless steel body, optimized for consistent flow management in OEM and maintenance applications. It is installed in systems such as beverage dispensers, gas delivery lines, or fluid transfer assemblies, enhancing operational accuracy in restaurant or bakery production lines. Suited for medium-volume workflows, this orifice hood ensures reliable control and reduces clogging or wear, supporting efficient and sanitary processing.
Top foodservice flow regulation components for medium-volume restaurant operations
The Garland M8-1.3MM Orifice Hood by AllPoints offers durable, precise flow control suitable for moderate throughput environments, including restaurant kitchens and food processing units. Its robust stainless steel construction and compact design make it ideal for integration in beverage and fluid management systems, ensuring accurate operation during daily use. This unit supports efficient workflows in commercial kitchen equipment, providing dependable performance in medium-volume foodservice settings.
- Medium operation — suited for restaurant beverage and fluid systems
- Maintenance-friendly — simple disassembly for routine cleaning
- Precision flow — 1.3mm orifice ensures consistent delivery
Why Choose AllPoints M8-1.3MM?
Designed for robustness and precision, the Garland M8-1.3MM Orifice Hood exceeds standard flow control components with its stainless steel construction and easy installation. Its compact form factor supports seamless integration into diverse commercial food equipment, reducing maintenance time and enhancing operational consistency. The precise 1.3mm orifice ensures accurate delivery of fluids or gases, making it a superior choice for medium-volume foodservice applications that demand durability and reliable performance.
- Self-contained and corrosion-resistant: Supports long-term operational reliability
- Compact footprint: Fits precisely into confined installation environments
- Enhanced flow accuracy: Consistent 1.3mm orifice for controlled delivery
- Durable materials: Made from stainless steel to withstand routine cleaning
- Optimized for medium workloads: Suitable for restaurant, bakery, and processing lines
