Detailed Description
The ordinary laser mark Ω♠>ing machine does not have the ☆←βfunctions of positioning and autεεomatic material transfer. Each workpiece needs to b₹£e placed in a specified position or f$<®ixture for processing. After the proce'β$ssing is completed, the wo↔εrkpiece is removed ...$ασ .. Positioning, feeding anβ©d unloading are all achieved ∑✘$manually, with low d↕<€Ωegree of automation and low efficiency.β≠α Not only does it cause inconvenience t↑∞o work, but also affects w↓®≥>ork efficiency. In response to market ∑&needs, Fulan Laser has φ↑≥launched a new serie<γs of laser marking machines. Theλσ core components of the equipment a↓φ♦re independently developed and produ÷¶ced by the Fulan Laser design team.γ÷£ Other major components c&™an be customized according to cust∏σomer needs, and the pΩ¶♣ erformance is reliable and stabl↕→✔e. Combined with rotating tooling,™∑ multi-axis and multi-stationπ♦∏, CCD visual positioning, automatic fo↕γcusing and other technologies, the fus≈∏÷ ion of Fulan laser technology for many δ♥φyears can provide customers with moreΩ¥©☆ advanced, more stable and more effic→✘ient solutions. And can customize cu∑₽εstomized production lines for custom←♣'ers to achieve a full set↕© of fully automatic "δσlaser processing solutions, toγ∑ minimize production↓≈£> costs and improve production efficienΩ"cy.
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