Category Archives: SMT Machines MRO

4.7.1 Background Existing Fuji machines support both backlight and frontlight systems, however, the newly developed NXT machines support frontlight only. As a result, it is necessary to convert existing part data created for used with a backlight system to enable the part to be processed using a frontlight system. The NXT machines are equipped with… Continue reading about 4.7 Compatibility with Existing Part Data of 4. Part Data Settings

Case 4 for 4.6.3 Selecting A Vision Type Flowcharts (Leaded Parts) of Part Data Settings Figure 2: Example of left to right symmetrical part and Top to bottom symmetrical part Detemine the symmetry by considering all white items that can be seen (lead or other metal items). Figure 3: Examples of asymmetrical parts Detemine the… Continue reading about Case 4: White Body But Partly Black On FUJI NXT Platform

Case 3 for 4.6.3 Selecting A Vision Type Flowcharts (Leaded Parts) of Part Data Settings Figure 1: Example of rectangular shaped leads and Example of non-rectangular shaped lead The defined lead area and actual captured image is substantially different, distinguish by the rectangular and non-rectangular lead shapes. For example, if the center thinner leadwidth is… Continue reading about Case 3: Black Body With Partial White Or There Is A Metal Part In Addition To The Lead

Case 2 for 4.6.3 Selecting A Vision Type Flowcharts (Leaded Parts) of Part Data Settings Figure 4 Parts That Have Leads In The White Body Area. Figure 5 Used The Parts From #4. Used Vpdplus And Set The Lighting To “Incident” And Exposure Time To “170MS”. Figure 6 Poor Lead Shape (The Leads Are Too… Continue reading about Case: 2 Entire Body Color Is White Or Light Color (White, Red, Orange, Brown, Yellow)

Case 1: Entire body color is black or a dark color (black, blue, green or yellow green) Figure 1: Example of rectangular shaped leads Example of non-rectangular shaped lead The defined lead area and actual captured image is substantially different, distinguish by the rectangular and non-rectangular lead shapes. For example, if the center thinner leadwidth… Continue reading about 4.6.3 Selecting A Vision Type Flowcharts (Leaded Parts) of Part Data Settings

This vision type is used for those parts with a white or gold colored body, and processes only the part outline. It is necessary to enter the body size in part data. The body size should be measured from edge to edge. Positioning is performed using the outer-most points on the upper and lower, and… Continue reading about Vision Type 252 White Bodied Parts For NXT Vision Types Of Part Data Settings On Fuji NXT

Enter the part body size and element information in part data. Vision types 230, 231, 233, and 234 use the body center while vision types 235, 236, 237, and 238 use the part center. Due to the use of frontlighting, there are cases where the image of the ball grid may vary depending on the… Continue reading about Vision Type 230 (235) Black Bodied Bgas, 231 (236) White Bodied Bgas, 233 (238) Black Bodied Csps & 234 (239) White Bodied Csps

Use this vision type for coil parts with 2 leads that are at 45 degree angles from the x-axis (as shown below). The body color is black and only the leads are visible during vision processing. Enter the body size and element information in part data based on the information below.

Use this vision type for parts with between 2 and 6 leads where the body color is black and only the leads are visible during vision processing. Enter the body size and element information in part data. Vision type 180 uses the body center while vision type 185 uses the part center Note: This vision… Continue reading about Vision Type 180 (185) Sot-Type Parts For NXT Vision Types Of Part Data Settings On Fuji NXT