This 4-day, lectured course utilizes the images in the IPC-A-610 document to provide visual accept/reject criteria examples for all three classes of assembly production–for both lead and lead-free. The IPC-A-610, “The Acceptability of Ele
Multi Blade V-Cut PCB Cutting Machine LED Strip PCB Separator V-cut PCB Cutting Machine Features: 1. It can cut many boards with multiple sets of knives work at the same time. 2. The knife flywheel is adjustable as a whole from 0 to 5mm 3. T
Desktop PCB Depaneling Router Machine with Customized Fixture Desktop PCB Router Features: 1. Bench-top single table PCB router with speeds up to 100mm/s and positioning speeds of 500mm/s. 2. Uninterrupted continuous cutting during loading and u
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
Description SIPLACE HS-60 Placement Station Performance Specification ● Placement rate: 60,000 cph ● Placement accuracy: +/- 0.080mm@ 4 sigma ● Component sizes: up to 19.0mm x 19.0mm (0201 chips to PLCC44) ● PCB Dimms (Single conveyor): 50 x 50
Description SIPLACE HS-60 Placement Station Performance Specification ● Placement rate: 60,000 cph ● Placement accuracy: +/- 0.080mm@ 4 sigma ● Component sizes: up to 19.0mm x 19.0mm (0201 chips to PLCC44) ● PCB Dimms (Single conveyor): 50 x 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
SIPLACE HS-60 Placement Station Performance Specification ● Placement rate: 60,000 cph ● Placement accuracy: +/- 0.080mm@ 4 sigma ● Component sizes: up to 19.0mm x 19.0mm (0201 chips to PLCC44) ● PCB Dimms (Single conveyor): 50 x 50mm to 368 x 4
600mm Penumatic V-groove PCB Cutter Linear Blades PCB Separator Penumatic V-groove PCB Cutter Description: In order to improve the output of printed circuit board (PCB) manufacturing and the linear speed of surface mount (SMT), the printed circ
