The MSIY automatic tool change floating spindle is suitable for deburring the gearbox housing, mainly for the following reasons:

High precision and efficiency

The return accuracy of MSIY floating spindle can reach within 1 μ m, and the rotational runout accuracy is less than 3 μ m.

It can accurately fit the complex curved surface of the gearbox housing, ensuring the uniformity of burr removal.

Paired with automatic tool changing function, it can achieve 24-hour unmanned processing, increasing efficiency by more than 30% compared to traditional methods.

Bidirectional floating adaptation to complex structures

Its bi-directional floating design features a radial range of 360 ° ± 5 ° and an axial range of ± 5mm.

It can automatically absorb the variables during the processing of the gearbox housing, avoiding excessive grinding damage.

Especially suitable for deburring hidden parts such as cross holes and oil passages, reducing tool wear rate by 40%.

Automation and cost advantages

By using a robotic arm equipped with MSIY floating tool holders, the entire machining process can be completed without manual intervention.

Compared to traditional manual polishing, labor costs are saved by about 60%, and overall maintenance costs are correspondingly reduced due to reduced tool wear and tear.

Adapt to various material characteristics

Supports processing of various materials such as aluminum alloy, copper alloy, cast iron, etc., with a speed range covering 1000-24000 revolutions per minute.

The torque output reaches 1N · m, which can meet the process requirements of different parts of the gearbox housing.