| Numéro de modèle: |
YCP10 Solder Paste Printer |
| Applicable PCB: |
L510 x W460mm to
L50 x 50mm |
| Printing head: |
Swing Single Squeegee |
| Printing accuracy: |
5 μm [(3σ)±0.005 mm |
| Air supply source: |
0.45Mpa |
| Steel mesh size: |
736mm×736mm... |
| Taille(L*W*H)mm: |
1,130 x 1,760 x 1,370 |
| Poids: |
1,100Kg |
|
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Fonctionnalités
. Yamaha Motor’s unique 3S (Swing Single Squeegee) head
– Squeegee attack angle and speed can be set by users thanks to the use of servo motors. High filling ability and quality can be maintained by programming the head according to the solder. Stencil and circuit board used.
– Single squeegee halves excess solder from sticking to the head, thus saving solder paste usage. It is also easy to maintain and to carry out product changeovers.
. Compatible with large circuit boards and a wide variety of stencil frame sizes
– The YCP10 has been designed to process L510 mm x W460 mm circuit boards, which in turn allows for various types of circuit boards to be processed, including assembly boards, large liquid crystal boards, and large industrial boards.
– It is also made to be highly versatile as it not only is compatible with a global inch-size stencil frame (L736xW736: 29 Pouces), but also caters to a variety of stencil sizes including an M-size stencil frame; size changeovers can be carried out instantly.
. Traditional stencil suction mechanism as standard equipment
A stencil suction mechanism, which featured in some of our earliest printers, makes offset input procedures redundant during reciprocal printing. This not only reduces changeover time significantly, but also enables stable and high-precision printing without being affected by stencil deflection.
. High-precision printing performance thanks to Yamaha Motor’s unique Multiple Accuracy Compensation System and stencil suction mechanism
. Approximately 12% quicker than the current model
Reduction in damping time and motion sequence optimization through servo motor transfer achieves a printing tact time of 13.5 Secondes (normal printing at optimum condition set by Yamaha Motor), an improvement of approximately 12% over the current model.
