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VT-S500 has 3D image processing; analyzes topographical features of solder fillets. Is capable of performing solder inspections that mimic IPC guidelines. Software is capable of absorbing production inconsistencies and noise. Provides high-speed inspections and has dual-lane availability. Is available with camera magnifications of 10 or 15µm; is capable of processing PCBs up to 510 x 610mm (single-lane applications) or 510 x 300mm (dual-lane applications).

Omron, www.omron247.com/

VT-S500 has 3D image processing; analyzes topographical features of solder fillets. Is capable of performing solder inspections that mimic IPC guidelines. Software is capable of absorbing production inconsistencies and noise. Provides high-speed inspections and has dual-lane availability. Is available with camera magnifications of 10 or 15µm; is capable of processing PCBs up to 510 x 610mm (single-lane applications) or 510 x 300mm (dual-lane applications).

Omron, www.omron247.com/

MYCenter 2.1 software improves SMT production control and efficiency. Three modules cover machine programming, data import and material handling, all unified into a redesigned single user interface that tracks thousands of parts while handling engineering changes, component deliveries and machine program revisions.

Provides a live database connection, allowing multiple users to work in parallel with real-time overviews of machine libraries. Displays nozzle size, tape pitch and width and landing pad information, ensuring correct part handling, orientation and placement. Convert bill-of-material (BoM) and Gerber data into ready-to-run machine programs. Material handling module gives real-time information on every individual reel, stick and tray. This makes it possible to track each carrier’s exact location, quantity or feeding parameters as it is used in different parts of the factory. Can be used alone or integrated into an ERP system.

Micronic Mydata, www.mydata.com

MYCenter 2.1 software improves SMT production control and efficiency. Three modules cover machine programming, data import and material handling, all unified into a redesigned single user interface that tracks thousands of parts while handling engineering changes, component deliveries and machine program revisions.

Provides a live database connection, allowing multiple users to work in parallel with real-time overviews of machine libraries. Displays nozzle size, tape pitch and width and landing pad information, ensuring correct part handling, orientation and placement. Convert bill-of-material (BoM) and Gerber data into ready-to-run machine programs. Material handling module gives real-time information on every individual reel, stick and tray. This makes it possible to track each carrier’s exact location, quantity or feeding parameters as it is used in different parts of the factory. Can be used alone or integrated into an ERP system.

Micronic Mydata, www.mydata.com

PowerFlow N2 is said to reduce lead-free wave solder operating costs as much as 90%. Freatures include 16" board width, plug-and-play preheat design (medium IR, convection, short IR and topside convection) and 1.8 meters of preheating. Optional preheating up to 2.4 meters can be added. New nozzle configuration brings chip wave closer to the laminar wave for reduced solder defects. Pin & chain transport throughout the fluxer and preheater. Feeds into a finger conveyor in the wave section. Bar code scanner on the new fluxer permits selective flux and programming "keep out areas" for board cut-outs, where the fluxer will not spray a specific are of the board. Process gas cleaning system (similar to reflow machines) regulates tunnel temperature compensation. Low profile (1.57m) design.

Ersa, www.ersa.com

 

PowerFlow N2 is said to reduce lead-free wave solder operating costs as much as 90%. Features include 16" board width, plug-and-play preheat design (medium IR, convection, short IR and topside convection) and 1.8 meters of preheating. Optional preheating up to 2.4 meters can be added. New nozzle configuration brings chip wave closer to the laminar wave for reduced solder defects. Pin & chain transport throughout the fluxer and preheater. Feeds into a finger conveyor in the wave section. Bar code scanner on the new fluxer permits selective flux and programming "keep out areas" for board cut-outs, where the fluxer will not spray a specific are of the board. Process gas cleaning system (similar to reflow machines) regulates tunnel temperature compensation. Low profile (1.57m) design.

Ersa, www.ersa.com

 

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