Laser smoke purifier is a device used to treat smoke and odors generated during laser processing. It usually includes the following key components and functions:

1. Fabric filtrationUse efficient filtering materials (such as HEPA filters) to capture small particles in smoke, ensuring clean exhaust air.

2. Acrylic shellAcrylic material is not only aesthetically pleasing, but also effectively protects internal components and facilitates observation of equipment operation status.

3. Carving assistanceDuring the laser engraving or cutting process, the smoke purifier can promptly remove the generated smoke, ensuring processing accuracy and comfortable operating environment.

4. Remove smoke and odorThrough a multi-stage filtration system (such as activated carbon filters), harmful gases and odors in smoke are removed to ensure the health of operators.

Key Features:

• high-efficiency filtrationMulti layer filtration system ensures effective capture of smoke and particulate matter.

• Silent DesignLow noise operation, suitable for long-term use.

• portabilityCompact size, easy to move and install.

• easy to maintainThe filter screen is easy to replace and has low maintenance costs.

Application Scenario:

• Laser engraving, cutting, marking and other processing environments.

• Laboratories, factories, studios, and other places that require air purification.

Laser smoke purifiers not only improve the quality of the working environment, but also extend the lifespan of the equipment, making them an auxiliary device in the laser processing process.

Basic Principles

• Ionization processWhen gas passes through a high-voltage electric field, gas molecules are ionized, forming positive and negative ions.

• Particle electrificationSmoke particles collide with ions in an electric field and become charged.

• particle migrationCharged particles move towards the dust collector under the action of electric field force.

• Particle sedimentationAfter the particles reach the dust collector, their charges are neutralized and deposited on the surface.

advantage

• efficientIt can remove micron sized particles with an efficiency of over 99%.

• low energy consumptionLow energy consumption during operation.

• AdaptableSuitable for various industrial environments.