The Thunderbird TDR-36-75 Spring by AllPoints is a precision-engineered mechanical component designed for high-performance industrial applications. Crafted from durable materials with a calibrated coil tension, this OEM spring offers reliable compression and return force for equipment requiring precise movement control. Its compact dimensions—1.45 inches in width, 4.8 inches deep, and 1.4 inches in height—make it suitable for integration into various machinery, ensuring consistent operational stability in demanding environments. The TDR-36-75 Spring is optimized for use in automated systems, providing problem-solving support for applications where durability, accuracy, and longevity are critical. Its technical specifications include a weight of 0.12 lbs, making it an efficient component for space-constrained setups while maintaining high resilience under continuous use.
Top AllPoints TDR-36-75 Features
The Thunderbird TDR-36-75 Spring features a high-grade steel construction with corrosion resistance, enabling long-term durability in commercial equipment. It provides precise compression force suitable for automation and machinery, and its compact size facilitates easy installation and maintenance. The spring’s robust design ensures effective cycle performance, minimizing downtime in continuous operation scenarios. Designed for OEM use, it supports reliable workflow integration in industrial and manufacturing settings, especially where space efficiency is essential. Its consistent elasticity improves mechanical responsiveness and operational reliability in complex systems.
- High durability steel construction withstands repeated compression cycles
- Precisely calibrated tension supports consistent machine operation
- Compact size simplifies replacement and maintenance
- Suitable for automated machinery in industrial workflows
- Corrosion-resistant finish extends component lifespan
Ideal for OEM applications in industrial automation and machinery workflows.
Thunderbird TDR-36-75 Technical Specs
The Thunderbird TDR-36-75 Spring operates without electrical requirements, relying solely on mechanical tension. Constructed from high-grade steel with corrosion resistance, it supports continuous compression cycles in demanding environments. With dimensions of 1.45 inches wide, 4.8 inches deep, and 1.4 inches high, it weighs just 0.12 lbs, facilitating easy handling and installation. Its design features an OEM product type suited for machinery components, with a typical operational lifespan under high-cycle conditions. The spring's resilient material withstands operating temperatures up to standard industrial ranges, ensuring reliable performance without deformation. Maintenance involves straightforward inspection and replacement due to its durable, corrosion-resistant finish, making it compatible with various mechanical assemblies and workflows.
- Material: High-grade steel with corrosion resistance
- Dimensions: 1.45" W x 4.8" D x 1.4" H
- Weight: 0.12 lbs (component weight)
- Application: OEM machinery components and automation systems
- Operational Range: Standard industrial temperature range, safe beyond typical operating conditions
- Maintenance: Regular inspection; easy replacement due to durable finish
- Electrical Compatibility: None required as mechanically operated
- Construction & Finish: Steel with corrosion-resistant coating
- Installation Clearance: Small footprint facilitates integration into tight spaces
- Usage Conditions: Supports high-cycle compression in industrial machinery
- Workflow Integration: Suitable for automated assembly lines and mechanical linkages
What is a commercial spring?
A commercial spring is a mechanical component used to exert force, absorb shock, or control motion within industrial equipment and machinery. The Thunderbird TDR-36-75 Spring is crafted from high-quality steel for durability and precision, with dimensions suitable for OEM applications. It is typically installed in automated machinery, support systems, or mechanical linkages to provide reliable compression or tension force, supporting consistent operation across various manufacturing processes. Its robust design makes it ideal for use in high-cycle environments, offering long-lasting performance for mid-volume industrial workflows, such as automated assembly lines and equipment requiring precise mechanical responses.
Top industrial springs for medium-volume manufacturing
Reliable and robust, the Thunderbird TDR-36-75 Spring from AllPoints offers high-performance compression support, ideal for medium-volume manufacturing applications involving automated machinery and mechanical systems. Designed for consistent operation and durability, it ensures efficiency in industrial environments requiring precise force application. The TDR-36-75 supports continuous use in automated workflows, facilitating reliable equipment function and longevity in diverse factory setups.
- Operation Type — suited for automated mechanical systems
- Workload Qualifier — supports medium throughput environments
- Kitchen Type — applicable in factory and production line settings
- Foodservice Category — industrial manufacturing applications
- Use Case — mechanical actuation in automation machinery
Why Choose AllPoints TDR-36-75?
Why choose the Thunderbird TDR-36-75 Spring over similar industrial springs? Its high-grade steel construction ensures superior durability and corrosion resistance, supporting long-term operational stability in demanding environments. Its compact design fits easily into tight spaces, reducing installation complexity while maintaining consistent tension. The spring's precise calibration supports accurate mechanical performance, reducing downtime and facilitating reliable workflow integration. Additionally, its OEM quality ensures dependable, factory-ready performance suited for various industrial applications.
- Compact footprint for space-constrained machine setups
- High durability steel withstands high-cycle compression
- Precisely calibrated tension for consistent performance
- Corrosion-resistant finish extends service life
- Engineered for OEM integration and long-term reliability
