The Sammic 2059304 Lock Spring Set is a precision mechanical component designed for commercial food processing equipment, specifically serving as a critical part within food prep and cutting machinery. Manufactured by Sammic, this OEM lock spring set features durable, corrosion-resistant materials suitable for high-use environments. Its precise dimensions and robust construction ensure reliable engagement and disengagement of locking mechanisms, optimizing operational safety and equipment efficiency. This set is essential for maintenance teams seeking to extend equipment lifespan and maintain operational integrity in high-volume commercial kitchens and foodservice facilities. The technical specification of the spring includes a compact size of 2.8 inches in width, 4.5 inches in depth, and 1.4 inches in height, with a minimal weight of 0.06 lbs, ensuring ease of handling and installation. Its fundamental function is providing consistent tension in locking components crucial for seamless machine operation, especially in high-demand settings requiring durable, machine-ready replacement parts.
Top AllPoints 2059304 Features
The Sammic 2059304 Lock Spring Set offers high durability with stainless steel construction, ensuring resilience against corrosion and repeated use. Its precision-engineered dimensions provide compatibility with a range of commercial equipment. Designed for ease of installation, the set reduces maintenance time and enhances machine uptime in busy foodservice environments. Ideal for replacing worn or broken springs to prevent machinery failure and improve workflow efficiency in mid-volume kitchens and processing lines.
- Functionality: Ensures reliable locking mechanism operation in commercial equipment
- Material Durability: Crafted from corrosion-resistant stainless steel for longevity
- Ease of Maintenance: Simple disassembly for replacement or inspection
- Compatibility: Fits OEM specifications for various food processing machines
- Workflow Benefit: Maintains consistent machine performance under continuous operation
Designed for use in maintenance and repair of commercial food processing machinery.
AllPoints 2059304 Technical Specs
The Sammic 2059304 Lock Spring Set features a stainless steel build ideal for intensive foodservice applications, with dimensions of 2.8 inches width, 4.5 inches depth, and 1.4 inches height. The set weighs only 0.06 pounds, making it easy to handle during installation or replacement. It requires no electrical connection, functioning solely through mechanical tension to secure locking mechanisms effectively. This OEM component is designed for compatibility with a variety of food processing equipment, providing reliable tension for consistent mechanical engagement. Its corrosion-resistant material ensures durability in humid, high-temperature environments typically found in commercial kitchens. The set’s robust construction supports frequent disassembly and reassembly, facilitating straightforward maintenance workflows, and its precise dimensions ensure a proper fit within the designated locking assemblies.
- Electrical Requirements: None; purely mechanical component
- Material: Stainless steel for corrosion resistance and durability
- Dimensions: 2.8" W x 4.5" D x 1.4" H
- Weight: 0.06 lbs
- Operating Environment: High-humidity, high-temperature conditions typical in commercial kitchens
- Installation: Simple replacement with minimal downtime
What is a commercial lock spring set?
A commercial lock spring set is a precision mechanical component used within food processing and prep equipment to ensure secure locking and unlocking of machine parts. The Sammic 2059304 Lock Spring Set is designed to fit specific OEM models, providing consistent tension to maintain proper engagement of locking mechanisms. Typically installed in equipment like slicers, mixers, or shredders, it ensures smooth operation and reduces equipment failure caused by worn or broken springs. This part is used in professional kitchens, food manufacturing lines, and processing facilities where reliable, durable components are essential for maintaining operational efficiency and safety. The set’s materials and dimensions are optimized for rigorous daily use, supporting high-volume throughput and ease of maintenance in busy foodservice environments.
Top OEM Lock Spring Sets for Commercial Foodservice Operations
Designed for medium-volume food processing environments, the Sammic 2059304 OEM lock spring set offers reliable performance and easy maintenance in commercial kitchens. Crafted by AllPoints, this component supports efficient machine operation and is ideal for equipment requiring durable mechanical tension. Suitable for restaurant-grade machinery, it ensures consistent locking function during repetitive cycles and high-stress applications.
- Operation Type — suitable for moderate throughput food prep stations
- Kitchen Type — ideal for compact commercial processing environments
- Foodservice Category — supports restaurant and catering equipment
- Workload Qualifier — designed for continuous, high-use operations
- Use Case — essential for maintaining optimal machine lock performance
Why Choose AllPoints 2059304?
Compared to standard or generic lock spring components, the AllPoints 2059304 offers superior corrosion resistance with its stainless steel construction, ensuring longevity in demanding foodservice conditions. Its OEM fit guarantees seamless integration with compatible equipment, reducing downtime and maintenance costs. The compact form factor simplifies installation without requiring additional tools. Its high-quality materials and precise dimensions make it source for durable, restaurant-ready replacement parts that improve operational efficiency and ensure safety standards are met in busy commercial kitchens.
- Supplies OEM-grade durability with precise dimensions and fit
- Manufactured from corrosion-resistant stainless steel for longevity
- Compact design enhances ease of installation and maintenance
- Optimized for consistent tension in high-use food processing equipment
- Supports efficient workflows by minimizing machine downtime
