Product Introductions
Power Salt And Pepper Shakers are developed with a focus on production stability and long-term batch consistency, rather than short-term appearance-driven design. The product uses a stainless steel outer shell combined with MS internal structural parts, a material configuration selected to ensure stable forming accuracy during mass production while maintaining sufficient strength for daily electric operation. Component interfaces and assembly tolerances are controlled to support smooth motor performance and reduce performance deviation across large production volumes.
With a usable capacity of 130ml and a standardized cylindrical profile, this model is engineered to fit common filling, assembly, and packaging processes used in factory production lines. The overall dimensions and weight distribution are defined to balance handling comfort with internal structural support, allowing efficient assembly and repeatable output. This makes the product suitable for food service supply, retail distribution, and OEM projects that require consistent specifications and reliable long-term supply.
Product Parameters
| Item | Specification |
|---|---|
| Model | H55-030B |
| Product Type | Power Salt And Pepper Shakers |
| Material | Stainless Steel + MS |
| Capacity | 130 ml |
| Size | φ69 × 213 mm |
| Power Source | Battery Powered |
| Application | Salt, Pepper, Dry Seasonings |
| Usage Scenario | Household, Food Service, Wholesale |
Power Source & Electrical Configuration
This Power Salt And Pepper Shakers adopts a battery-powered drive system selected for stable output and ease of replacement in long-term use scenarios. The power configuration is designed to match standardized battery specifications commonly used in international markets, allowing consistent sourcing and reducing dependency on special power components during mass production.
From a manufacturing perspective, the battery compartment and electrical contacts are structured to support repeatable assembly and reliable electrical connection across production batches. The layout minimizes contact looseness during operation and transport, helping maintain consistent motor performance over extended use. This power design also simplifies maintenance and replacement for end users, making the product suitable for wholesale distribution, food service supply, and OEM programs that require dependable daily operation without complex power solutions.
Certifications
Usage Scenario
In household environments, the balanced size and controlled output allow for regular daily use without frequent refilling or adjustment. The structure is developed to maintain consistent performance under repeated short-duration operations, which is typical in home kitchens.
For food service and commercial applications, the grinder is suitable for environments that require frequent handling by different users. The standardized form factor and stable power response help reduce operational variation, supporting consistent seasoning output during service hours. From a supply perspective, the product dimensions and packaging compatibility make it suitable for wholesale distribution, retail programs, and OEM sourcing, where uniform specifications and predictable performance are essential across multiple delivery batches.
Structural & Functional Design
The overall structure is developed around standardized components to ensure stable assembly and repeatable performance in mass production. The body structure and internal layout are designed to maintain consistent alignment between the motor, drive shaft, and grinding mechanism, reducing performance deviation caused by assembly tolerance differences. Key load-bearing parts are arranged to support long-term operation while remaining compatible with existing production tooling and assembly processes.
From a functional perspective, the internal configuration prioritizes smooth power transmission and controlled output rather than complex mechanical features. The structure allows reliable operation under frequent start-stop use, which is common in both household and food service environments. This design approach supports consistent functional behavior across production batches and simplifies quality control during large-volume manufacturing.
FAQ
Q: Is this model suitable for long-term wholesale supply?
A: Yes. This model is developed with standardized components and a stable assembly structure, allowing consistent production across multiple batches for long-term wholesale programs.
Q:What is the minimum order quantity (MOQ)?
A: The MOQ depends on packaging and customization requirements. Standard configurations are available at lower MOQs, while customized projects may require higher quantities.
Q:What quality control measures are applied during production?
A: Quality control is conducted at multiple stages, including incoming material inspection, in-process checks, and final functional testing before packing.
Q:Is the battery-powered system suitable for international markets?
A:Yes. The power configuration is based on commonly available battery standards to support global sourcing and easy replacement.
