Features

1. Newly designed cutter with sharp cutting edge for improved grinding accuracy!

By adopting a newly designed cutter with a revised blade structure, we have achieved stable crushing and reduced crushing load.

In addition, the blades (fixed blade, fixed crushing blade, guide blade) can be used on both sides.

2. Three points to improve cleaning

💡一方向アクセス構造

Even if Granulators is arranged next to the molding machine, it is possible to clean the entire Granulators. Conventionally, Granulators had to be moved forward in order to be cleaned, but the SMGL3 has a structure where the cleaning section can be opened completely from one side, making daily maintenance easier.

💡防塵ワイパー

Dustproof wipers are installed on the left and right sides of the chamber to prevent dust from entering the chamber. This prevents powder generated by grinding from getting into places where it is difficult to remove.

💡両面カッター

The blade can be used on both sides to maintain sharpness and reduce dust generation.

3. It is extremely safe!

Equipped with safety limit switches in four locations.

4. Usability has improved!

It can be connected to Receiver from any angle in 360 degrees. Don't worry even if the space is limited. The suction box (with lock) on the bottom of the machine can be easily attached and detached.

Here's what's great about High value added model SMGL3!

Do you have any of these problems?

By linking the SMGL3 with the unloading machine, it is possible to detect the material input status.
After the sprue/runner is inserted, if the rotation speed of the crushing blade remains low due to bridges occurring inside the equipment or continued idling, an alarm will News to detect that crushing is not completed.

A capacitance metal detection sensor detects metallic foreign objects passing through, stopping the process and protecting the alarm device. In addition, there is no need to worry about sprues and runners not entering the detection range as they move through the feeding hopper, as they will hit the anti-scattering curtain and slide down the feeding hopper. Many sprues and runners pass through the detection range and detect metallic foreign objects.

When an overload is detected from power consumption, it is determined that the sprue/runner is jammed, and the crushing blades are Reverse rotation, then rotated forward again to retry crushing. When the jam is resolved, normal crushing continues.

When it detects No-load from the power consumption, it determines that there is no sprue/runner and reduces the rotation speed of the grinding blades.Then, when it detects a load again from the power consumption, it assumes that the sprue/runner is turned on and increases the rotation speed of the grinding blades.