The GE/Hobart 01-502105 Pusher Machined is a specialized OEM component designed for industrial food processing equipment. Manufactured by GE/Hobart, this machined pusher offers precise, durable operation meant for high-demand commercial kitchens. Its compact form factor measures 3.95 inches in width, 6.95 inches in depth, and 3.15 inches in height, with a weight of approximately 0.98 pounds, ensuring ease of integration into existing machinery. Engineered for applications requiring reliable pushing mechanisms, this component features a machined metal construction that offers longevity under continuous use, serving sectors such as large-scale cafeterias, sandwich assembly lines, or food packaging stations. Its dimensions and robust material composition make it suitable for maintenance-efficient setups, supporting streamlined workflows in moderate throughput foodservice environments.
Top AllPoints 01-502105 Features
The GE/Hobart 01-502105 Pusher Machined delivers precision pushing action designed for industrial-grade food processing. Its high-strength metal construction ensures durability in demanding environments, while the machined surface guarantees consistent performance. The component’s compact size facilitates easy installation in a variety of equipment, supporting efficient workflows in food assembly and portioning operations. Designed for ease of maintenance, it withstands frequent cleaning and disassembly without compromising integrity. Its reliable performance in moderate-volume production lines makes it essential for commercial kitchen operators seeking effective automation solutions.
- Function or Performance: Precise pushing motion for food processing tasks
- Durability Traits: Machined metal construction resists wear and deformation
- Ease of Use or Maintenance: Simple disassembly for cleaning and inspection
- Real-World Use Case: Fits seamlessly into automated food portioning equipment
- Workflow Benefit: Supports consistent operation in moderate throughput settings
Ideal for installation in food processing lines requiring durable OEM components and reliable performance in industrial environments.
GE/Hobart 01-502105 Technical Specs
This machined pusher from GE/Hobart is a self-contained OEM part tailored to facilitate high-precision pushing functions within commercial food processing equipment. It features a stainless steel construction, offering corrosion resistance and ease of cleaning, and measures 3.95 inches wide, 6.95 inches deep, and 3.15 inches high. With a weight of 0.98 lbs, it is designed to integrate effortlessly into existing machinery, supporting workflows requiring moderate output. No electronic or cooling features are specified; its design emphasizes mechanical robustness and straightforward maintenance. Suitable for industrial settings, the component operates in a standard temperature range, with materials optimized for food-safe applications. Dimensions facilitate efficient placement, and its durability ensures long-term operation under continuous use.
- Electrical Requirements: Not applicable, mechanical OEM part
- Construction & Finish: Machined stainless steel surface
- Dimensions: 3.95" W x 6.95" D x 3.15" H
- Weight: 0.98 lbs total
- Food Safety: Food-grade stainless steel, easy to clean
- Usage Compatibility: Compatible with GE/Hobart equipment models
- Temperature Range: Designed to operate within ambient industrial conditions
- Electrical Compatibility: No electrical connection required
- Installation Clearance: Requires minimal clearance for maintenance access
- Material Specification: Corrosion-resistant stainless steel for longevity
- Maintenance Routine: Disassemble for periodic cleaning; no special tools needed
- Operational Environment: Suitable for refrigerated and ambient temperature zones
What is a commercial pusher component?
A commercial pusher component is a mechanically engineered part utilized within industrial food processing equipment to execute repetitive pushing actions essential for material transfer or portioning. The GE/Hobart 01-502105 Pusher Machined is a precision-machined OEM element designed to fit seamlessly into automated systems, supporting consistent operation and durability in moderate-volume production lines. Installed within food assembly or packaging machinery, it ensures accurate, reliable pushing performance, making it ideal for use in a variety of processing contexts such as conveyor-fed applications or portioning stations in hospitality and foodservice facilities.
Top OEM Pushers for Moderate-Volume Food Processing
The high-quality GE/Hobart 01-502105 Pusher Machined supports reliable pushing functions in medium-duty food processing workflows, manufactured by AllPoints. It is suitable for equipment in commercial kitchens, cafeterias, or packaging lines where consistent output and quick maintenance are required, ensuring operational efficiency and long-term performance.
- Operation Type — suitable for moderate throughput processing lines
- Kitchen Type — ideal for commercial food assembly environments
- Foodservice Category — useful in food packaging and portioning systems
- Workload Qualifier — designed for steady, reliable mechanical operation
- Use Case — supports automation in food processing, reducing manual labor
Why Choose AllPoints 01-502105?
Compared to standard OEM pushers, the AllPoints 01-502105 offers precision-machined stainless steel durability and a compact design that simplifies installation and maintenance in industrial food processing machinery. Its robust construction minimizes downtime, while its compatibility with GE/Hobart systems ensures reliable, consistent pushing performance. Designed for moderate workload environments, it enhances operational efficiency and reduces replacement frequency in commercial kitchen applications.
- Self-contained OEM part with proven fit for GE/Hobart equipment
- Constructed from corrosion-resistant stainless steel for longevity
- Compact footprint supports integration in space-constrained setups
- Machined surface provides consistent pushing performance
- Designed for easy disassembly and maintenance in industrial environments
