STJ1390 CO2 Laser Engraver for Small Business in UK
STJ1390 laser engraving machine is the best laser engraver for small business in UK, the customer from UK bought it for wood crafts engraving in the home shop.







STJ1390 laser engraver is equipped with 150W CO2 sealed laser tube, step motor, HIWIN guide rail, 1300mm*900mm blade work table, Ruida control system, it can support graphic formats of BMP, PLT, DST, DXF, AI, CDR, the best laser engraver can engrave on wood, plywood, acrylic, double color board, leather, glass, bamboo, rubber, granite, marble, cloth, tiles, wool, fur, plastic, plexiglas, resin and other non-metal materials.
The laser engraver is designed for our customer from UK, now the laser engraving machine is ready for delivery.
Share This Article With Others
Related Stories
2025-02-056 Min Read
Looking for an affordable laser etcher to DIY custom wine glasses, bottles, cups, arts, crafts, gifts, decorations? Review the 5 best laser etching machines for personalized glassware & crystal.
2026-01-288 Min Read
Explore the most profitable business ideas for laser engraving, and find the most creative laser engraving ideas you want to match your home or small business.
2026-08-215 Min Read
Laser annealing heats stainless steel until a smooth dark oxide forms, removing nothing and leaving corrosion resistance intact, while engraving cuts measurable depth and etching sits between. On a 30W fiber source, annealing starts near 150 mm/s at 50 to 70 percent, 40 to 60 kHz, with the beam defocused 1 to 3 mm.
2023-08-316 Min Read
Are you building your own mini laser cutter engraving machine? Review this DIY guide on how making a small laser engraver kit from DVD-ROM with parts assemble, software installation & debugging, and machining operations.
2022-07-263 Min Read
Laser engraving is a process that uses laser beam to engrave on an object. The working principle of laser engraver refers to dot matrix engraving and vector cutting.
2026-08-205 Min Read
Laser engraving settings depend on laser type, rated power, and material. Typical starting points: diode lasers engrave wood at 3000 to 6000 mm/min and 40 to 70 percent power, CO2 lasers run 300 to 500 mm/s at 12 to 25 percent, and fiber lasers mark metal at 300 to 900 mm/s. Always confirm values with a small test grid before production.