LMGW Series Wide Linear Guide

Under the strong negative pressure of the turbo fan, when the polluted air enter the air inlet, it first hits the baffle plate in the air inlet room, which acts as a baffle for the incoming air and slows down the flow velocity. Due to the gravity settlement, the coarse dust falls directly into the large particle dust port, which plays the role of pre-dust removal. After the fine-grained and low-density dust particles enter the dust filter chamber, the dust in the air stays on the surface of the filter cartridge, and the filtered clean air enters the air chamber and is collected by the exhaust pipe to through the fan to outlet and discharged.

TODC-P series dust collector is the first in the world to use gravity and downward airflow to promote the self-purification process, dusty air enters from the top and exits from the top on the other side. The principle of dust removal makes the direction of the dust-carrying air flow consistent with the direction of gravity, so that the dust is easier to settle and remove, and will be brought back to the filter element. When the dust collector is running, the dust-laden air enters the DFT dust collector from the top inlet, through the filter cartridge, the dust is collected on the outer surface of the filter cartridge, and the clean air is released into the clean air chamber through the center of the filter cartridge, and then passes through the filter cartridge for cleaning, so the high-pressure compressed air will rush directly into the center of the filter cartridge and blow off the dust on the surface of the filter cartridge. The dust follows the main air flow and falls down into the ash hopper under the action of gravity. The down flow dust collector can eradicate the problem of "secondary dust cleaning" and also improve the dust removal efficiency. (See the schematic diagram of the dust collector right side)

Cleanliness level [≥ 0.5μm (Federal Standard 209e)]: 100 level cleanliness level Dust particle [Diameter of 0.5μm]: Filtering efficiency 99.995% Average wind speed: 0.25m~0.45m/s (Fast and slow dual speed)

Max Laser Power: 3000 W Focus Lens: D=30mm,F=125/150mm Collimator Lens: D=30mm,F=100mm

A230E/A23E Laser Cutting Head A smart cutting head specifically designed for medium to high power laser cutting, supporting electric focusing function. Internally integrated sensors, controllers, and transmission components. Equipped with a fiber optic cutting CNC system, it perfectly realizes a fully automated cutting process.

Max Laser Power: 3000 W Focus Lens: D=30mm,F=150mm Collimator Lens: D=30mm,F=100mm

A230E/A23E Laser Cutting Head A smart cutting head specifically designed for medium to high power laser cutting, supporting electric focusing function. Internally integrated sensors, controllers, and transmission components. Equipped with a fiber optic cutting CNC system, it perfectly realizes a fully automated cutting process.