1. Standard platform, flex™<✔‌ible adaptation, and wide applicab©±ility
1-1. PCB (printed circuit board) with QR c→$$≥ode labels, adhesive ÷'Ω≈paper, pot chips, thermal π→conductive silicone, shielding covers, etc
1-2. FPC (flexible circuit board) pasting p☆♠ressure sensitive adhesive, PI, conductiv₽§÷e adhesive, double-sided &§Ω★adhesive, QR code label, δδ₹βsteel sheet (cold label type),£≈ foam, pot chip, etc
1-3. Display module with heat dissipation g$★♠raphite sheet, conduc↔ <≤tive adhesive, double-sided   adhesive, QR code label, ¥ ✔$etc
1-4. Apply protective film, high-temperature adh£€esive tape, QR code l'×abels, etc. to lenses, chips, components, et±↓βc
1-5. Flat mount products with precision moun δ€ting requirements in other industr✘↔∑ies
2. Hardware framework configuration ≥≠with stable and reliable quality and high accur↑δacy: high-precision and high-strengt&∞←h integrated thicken←λ ed steel frame, Jinan natural marble crossbeam.
3. A high-precision and high-speed linkage po≠§¥sitioning system with a uniq≠≥ue dual arm X-Y linkage structure design. Com"↑λpared to single arm X-Y structure equi"≥♣pment, it can significantly improve the instalπ✘¶lation speed, effectively improve produ♦↓γ✘ction efficiency, and greatly enhance the flex↔ββ€ibility of the product  ion site through bilateral feeding;
4. Efficient and high-precision four mo☆♣unting heads, all of which areε♥≥ independently controlled for lσ€ifting and rotating, effectively imp≈$roving mounting speed and accuracy,‌±γ and capable of handling at least four δ₹☆"types of materials simultane<¥εously.
5. Intelligent feeder, equipped with four ♣ ​×electric intelligent Feida ≤σ< as standard, suitable for mo↕σunting four different materials at the same↓✘₩ time. Greatly reduce material waste, improve u♥ ♥tilization, and reduce costs.
6. The equipment uses a silent vacuum pum™€α"p, with low noise and stable¥≥©  negative pressure souδ≤rce.
7. High precision visua"δ₹÷l system, equipped with four high-resoα✔↔lution 2 million German IMAGING cameras, cons♦<isting of stable and efficie≤♦nt algorithm positioni™♣ng, paired with multi€‌↕ axis mounting heads, fast pσ↑₩hase acquisition speed, high ×☆↕¥positioning accuracy, and φ&•significantly improved efficiency.