Building upon the design of standard magnetic polishing machines, this model incorporates a mechanism that shifts the entire magnetic field laterally. This significantly improves overall polishing uniformity and eliminates "dead zones" within the processing barrel—particularly at the center of the magnetic disk.

Key Advantages:
1.  **Processing Small Parts:** By eliminating dead zones at both the center and the periphery, the machine allows for a significantly larger batch weight per cycle while maintaining uniform polishing results and higher efficiency.

2.  **Processing Large Parts:** It ensures high uniformity for large components, delivering consistent results in terms of surface finish (whether glossy or matte) and deburring. (This is particularly beneficial for large parts that cannot tumble freely.)

3.  **Lateral Motion Capability:** Unlike standard circular-motion machines, the lateral (side-to-side) movement extends the effective length of the magnetic field, making it ideal for polishing elongated products (such as tubular items, block-shaped components, or laptop base casings).

Working Principle:
The magnetic polishing machine utilizes electromagnetic force to drive tiny stainless steel polishing pins. These pins generate high-speed flow and complex movements—including rapid directional changes—to scrub the workpiece's internal cavities and surfaces. This process achieves precision finishing results, including polishing, cleaning, and deburring.Features:

1. Performs precision finishing—including deburring, chamfering, polishing, and cleaning—on finished parts made of ferrous metals, non-ferrous metals, hard plastics, etc., in a single operation.

2. Capable of processing irregular shapes, internal holes, tube interiors, dead angles, and narrow crevices.

3. Fast processing speed, simple and safe operation, and low cost.

4. No deformation of finished parts; dimensional accuracy remains unaffected.

5. Comprehensive range of models available; custom-designed machines can also be created.

Applications:

1. Precision deburring.

2. Removal of oxide films.

3. Surface polishing (including removal of oil residue).

4. Rust removal.

5. Removal of blackening marks from sintering.

6. Polishing and cleaning in the jewelry industry.

Suitable Industries/Products:

1. Precision stamped parts.

2. Stainless steel parts and screws.3. Magnesium and aluminum die-cast parts

4. Zinc and aluminum die-cast parts

5. Precision springs and stamped metal parts

6. Electronics, computer, and telecommunications parts

7. Parts produced on Swiss-type, turret-type, and automatic CNC lathes

8. Aerospace and medical parts

Features:

1. High processing speed; the average cycle time is approximately 5 to 15 minutes. Designed for use with a processing tank or stainless steel barrel.

2. Simple and safe operation; a single operator can manage multiple machines.

3. Low cost; stainless steel pins serve as semi-permanent media with minimal consumption, requiring only the polishing fluid as a consumable.

4. Pollution-free; the polishing fluid contains 85% water, making it non-toxic and fire-safe, while meeting environmental emission standards.

5. Easy post-processing; finished parts can be easily separated from the stainless steel pins using a sieve, screen drum, magnetic force, or a separator.

6. Stainless steel pins are available in various sizes, ranging from 0.2–5mm to 1.2–10mm in diameter.