Enclosure-Defender 1 - 27.5 x 26.7 x 12 Inch
The size of this laser enclosure is 27.5*26.7*12 inches (700mm*680mm*305mm), which is suitable for most of the diode laser engraving machines in the market.
Enclosure-Defender 1 - 27.5 x 26.7 x 12 Inch
- The size of this laser enclosure is 27.5*26.7*12 inches (700*680*305), which is suitable for most of the diode laser engraving machines in the market.
- There are two rectangular openings on the bottom of the cover, both measuring 1.57*2.75 inches (40*70 mm), to accommodate the machine's power cord, data transfer cable, and air-assist tube.
- There is also a circular opening hole at the top of the enclosure, the size is about 3.9 inches(100mm) in diameter, which allows it to fit most fans and smoke exhaust ducts on the market.
- The enclosure cover blocks approximately 30 dB of noise, allowing you to enjoy engraving in a quiet environment.
- The enclosure is made of amber-colored laser-filtered acrylic material that effectively filters light in the 180-534nm band, allowing you to enjoy engraving in a safe environment.
- The reserved opening of the enclosure cover can be connected to an external fan or exhaust pipe to extract smoke, soot and fumes from the laser engraving process to enjoy a clean and tidy engraving process.
- This product is suitable for most of the diode laser engraving machines on the market, and the height can be increased by two risers, which can meet the height of the rotary attachment used.
How to store laser materials correctly?
The panels should be stored horizontally and flat.
The storage location should be dry and weatherproof (indoor).
Average-temperature rooms without large fluctuations in room temperature and air humidity.
The material should not be exposed to direct sunlight, as the protective film can become porous if too much heat is generated.
Too long storage can have a negative effect on the protective film.
How do I reduce the dust generated during engraving or cutting?
It is recommended to set the parameters to engrave effectively through the color surface while only as little as possible is removed from the core material. Also, using a vacuum table and exhaust system to remove the dust generated effectively.