AllPoints SC-129-78 2.5 Inch Screw Mach Made of Stainless Steel
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- Durable stainless steel construction supports high-demand use.
- Precise 2.5-inch size ensures easy installation.
- Resistant to corrosion for long-term reliability.
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The GE/Hobart SC-129-78 Screw Mach 8 32 X 5/8 is a precision-engineered screw and fastener component designed for specialized industrial applications within the food processing and equipment manufacturing sectors. Manufactured by GE/Hobart, this OEM part features a compact size with dimensions of 2.5 inches in width, 3.15 inches in depth, and a height of 0.5 inches. Weighing just 0.02 pounds, it provides reliable performance in high-precision assembly environments. Its stainless steel construction ensures durability and resistance to corrosion, making it suitable for rigorous cleaning cycles and food-safe environments. The SC-129-78 model is engineered to facilitate secure fastening in machinery assembly or maintenance, supporting consistent operational efficiency and longevity of foodservice equipment components, especially in high-precision manufacturing or repair. Its technical specifications make it an essential element for service technicians and equipment managers seeking dependable, exact-fit parts for industrial kitchen or food processing machinery.
Designed for industrial food processing and commercial kitchen equipment, the SC-129-78 screw machined part offers high tensile strength, corrosion resistance, and ease of installation. Its stainless steel composition ensures durability under frequent cleaning cycles, while precise dimensions support secure, vibration-resistant fastening. Ideal for equipment maintenance and assembly, this part enhances workflow efficiency within high-volume environments.
Suitable for industrial machinery repair or OEM replacements in commercial kitchens.
The GE/Hobart SC-129-78 model is a OEM screw machined component primarily constructed of stainless steel, ensuring corrosion resistance and durability. It measures 2.5 inches in width, 3.15 inches in depth, with a height of 0.5 inches, and weighs 0.02 pounds. Designed for high-precision fastening, this part features a size optimized for specific machinery assemblies, allowing easy integration into existing equipment. Its technical profile indicates suitability for environments requiring frequent cleaning and sterilization, owing to its corrosion-resistant material and food-grade compatibility. The part is compatible with a broad range of high-volume industrial food machinery, providing secure fastening for maintenance, repair, or original assembly processes. It does not require electrical power or additional infrastructure, emphasizing its function as a reliable mechanical component.
A commercial screw machined component is a precisely manufactured fastener designed for industrial equipment assembly or repair within foodservice and processing facilities. These parts, such as the GE/Hobart SC-129-78, are made from durable materials like stainless steel, ensuring longevity and resistance to corrosion. Used primarily in high-demand machinery, they support secure fastening in food processing lines, commercial kitchen equipment, and OEM manufacturing. Installed during routine maintenance or original setup, these components are vital for maintaining equipment reliability and operational efficiency in high-volume foodservice environments.
It is a high-precision OEM screw component designed for industrial food processing machinery, supporting secure assembly and long-term durability. The SC-129-78 by AllPoints is ideal in high-volume metal fastening and machine maintenance scenarios, ensuring reliable operation in commercial kitchen setups and food processing plants.
The AllPoints SC-129-78 stands out among OEM screw components due to its high-grade stainless steel construction, precise dimensional accuracy, and resistance to corrosion. Its compact profile simplifies installation in tight assembly spaces, and its durability supports extended service life in demanding sanitizing environments. Enhanced design features facilitate quick maintenance and reliable fastening, ensuring consistent equipment performance and minimal downtime.
