Multifunctional Handheld Slicer

Creating a multifunctional handheld slicer involves designing a versatile tool that can efficiently slice various types of food items. Here’s a conceptual outline on how to approach this project:

### Design Considerations:

1. **Versatility:**
- The slicer should be capable of slicing different types of food such as fruits, vegetables, cheese, and meats.

2. **Blade Attachments:**
- Design interchangeable blade attachments for slicing, julienning, shredding, and grating. Each attachment should be easy to switch out and securely attachable to the handheld unit.

3. **Adjustable Thickness:**
- Incorporate a mechanism to adjust the thickness of slices to accommodate different culinary needs.

4. **Safety Features:**
- Include safety features such as finger guards or protective covers for blades to prevent accidental cuts during use.

5. **Ergonomics:**
- Ensure the slicer is comfortable to hold and use for extended periods. Consider the grip design and weight distribution to reduce user fatigue.

6. **Cleaning and Maintenance:**
- Make the slicer easy to disassemble for cleaning. Use materials that are dishwasher-safe or can be easily cleaned with water and mild detergent.

7. **Durability:**
- Select durable materials for the slicer and blades to ensure longevity and resistance to wear and tear.

8. **Storage:**
- Design the slicer with considerations for storage, such as a compact size or a storage container for blades.

### Steps to Create the Multifunctional Handheld Slicer:

1. **Conceptual Design:**
- Sketch out the design based on the above considerations, including the overall shape, placement of controls, and attachment mechanisms for blades.

2. **Select Materials:**
- Choose appropriate materials for the body of the slicer (such as durable plastic or stainless steel) and for the blades (stainless steel is commonly used for its sharpness and resistance to corrosion).

3. **Prototype Development:**
- Create a prototype to test the functionality and ergonomics of the slicer. 3D printing can be useful for rapid prototyping of parts.

4. **Integrate Blade Attachments:**
- Develop and test interchangeable blade attachments for slicing,

Kitchen Portable Scale

Fruit / Vegetable Slicer