YAMAHA Mounter-YS12 1) All-round high-precision placement machine; 2) 0.1 second/CHIP ultra-high-speed placement (the best condition is 36000 points/hour); 3) In IPC9850 state, the patch speed is up to 24000CPH; 4) Ensure that the entire plac
Description MODEL ID: CM402-L MODEL NUMBER: KXF-4Z4C PCB DIMENSIONS: L 50 mm x W 50mm to L 510 mm Ã? W 460 mm HEAD TYPE: Type A-2 (12/12 nozzles HIGH-SPEED) (OPTION) Number of nozzles: 12 nozzles/head Maximum speed: 0.052 s/chip (69,500
YAMAHA placement machine-YS24 equipment parameters: 1. Target substrate: L50×W50mm～L700×W460mm 2. Mounting capacity: 72,000CPH (0.05sec/CHIP) 3. Mounting accuracy: ±0.05mm(μ+3σ), ±0.03mm(3σ) 4. Target
YAMAHA placement machine-YS24 equipment parameters: 1. Target substrate: L50×W50mm～L700×W460mm 2. Mounting capacity: 72,000CPH (0.05sec/CHIP) 3. Mounting accuracy: ±0.05mm(μ+3σ), ±0.03mm(3σ) 4. Target
YAMAHA placement machine-YS24 equipment parameters: 1. Target substrate: L50×W50mm～L700×W460mm 2. Mounting capacity: 72,000CPH (0.05sec/CHIP) 3. Mounting accuracy: ±0.05mm(μ+3σ), ±0.03mm(3σ) 4. Target
Panasonic CM602-L high-speed module placement machine, CM602-L placement machine not only follows the original module of Panasonic CM402, but also adds 12 nozzle high-speed head and direct suction tray as needed. The function of the original 8 nozzle
Model name CM602-L Model NM-EJM8A Substrate size L 50 mm × W 50 mm ～ L 510 mm × W 460 mm High-speed placement head 12 nozzles Mounting speed 100 000 cph (0.036 s/chip) Mounting accuracy ±40 μm/chip (Cpk ≧1) www.smt11.cn Co
Siemens placement machine D4I, SIPLACE D4i high-speed placement machine Model description: 1. Number of cantilevers: 4 2. Number of placement heads: 4 3. IPC speed: 57.000cph 4. SIPLACE benchmark evaluation: 66.000cph 5. Theoretical speed: 81.50
Siemens placement machine D4I, SIPLACE D4i high-speed placement machine Model description: 1. Number of cantilevers: 4 2. Number of placement heads: 4 3. IPC speed: 57.000cph 4. SIPLACE benchmark evaluation: 66.000cph 5. Theoretical speed: 81.50
