The Smart Tweezer is an exciting answer to the old problem of testing and troubleshooting SMD components. With the use of only one hand, the lightweight unit can quickly evaluate all types of SMD components. Can automatically identify and measure inductance, capacitance and resistance.

Has two display modes: primary and secondary. The primary display, located in the middle of the display, is the larger of the two available. It shows the present reading, while a secondary display (on top) shows the present reading of additional parameters or measurement conditions when the primary display shows some other feature (L,C).  When multiple features are present, the secondary display shows one of the values.  

A bar graph located at the bottom of the display that provides an analog indication of the measured input. Can measure DC voltage from 100uV to 800mV, has an oscilloscope-like picture of AC voltage. Designed to measure continuity, has a beeper for resistance reading below threshold, or to indicate a momentary open circuit.

Performs fully automatic auto range measurement for resistance, inductance and capacitance. Most measurement functions also have a manual mode, which can be selected by using the jog dial button. The manual setting is used to measure a specific parameter or when better accuracy is required.

Combines an R-L-C meter in a pair of tweezers. Designed for production line component evaluation, on-board impedance testing and SMD components sorting.

Operates on three 1.5V batteries and comes with a 1 year warranty. 

Excelta Corp.

QuikLaze 50ST2 Laser Cutting System for quick, easy removal of a variety of materialsfeatures multiple wavelength coverage and user-selectable repetition rates from single shot to 50-Hz continuous. Suited for semiconductor design verification, failure analysis and LCD repair. Specific applications include removal of ITO shorts in LCD panels, removal of polyimide prior to FIB edits and color-filter repairs.

Enables precise cutting on a microscopic level. Selectable repetition rates facilitate fast throughput. Multiple user-selectable wavelengths (1064, 532, 355 and/or 266 nm) provide the ability to cut a variety of materials and selectively remove certain materials while leaving others unaffected. A standard, motorized X-Y aperture or high-resolution X-Y aperture allows for accurate cutting control.

The system's intuitive, microprocessor-based remote control panel is optimized for simple, straightforward operation. Alternately, the device can be controlled through an RS-232 interface.
 
Compact laser head mounts on high-volume production gantries as well as on most major-brand FA microscopes. Available with a wide range of options including microscopes, stages and accessories.
 
New Wave Research, www.new-wave.com 

 

MYDATA automation AB announces a new version of its machine control software: TPSys 2.4.3. Designed for high-mix production with sophisticated vision technology and networking capabilities. New features include faster assembly speed and a new calibration method (patent pending).

Placement area calibration methods tend to depend on large, dot-matrix calibration boards that are difficult to manufacture accurately, and are very sensitive to heat and moisture. The new calibration method utilizes a much smaller calibration device that is automatically moved to a number of predefined positions within the placement area. An advanced mathematical algorithm then combines the measurements from each position and calculates the correction data for the entire area. The result is more accurate calibration, using a calibration device that is insensitive to handling and storage conditions.   A number of functions for faster assembly speed have also been implemented. Improvements such as faster tool changes, faster conveyor board changes and faster board level measurement, along with improved optimization, can reportedly boost actual throughput by up to 15%. Features a simplified user interface for operators, and auto-teach of components up to 132 x 26 mm

Developments in the field of electronics manufacturing are characterized by growing demands on quality and throughput rate, as well as the increased use of miniaturization. Automatic optical inspection (AOI) has become one of the pre-requisites in satisfying the demand for zero-defect manufacturing concepts, particularly in small to medium-sized electronics production facilities. Viscom has responded to the requirements of the market and, with the S3088AV, now proudly offers a new AOI system with an attractive price-performance ratio.
 
S3088AV is a cost-optimised system with full reflow inspection capability. The inspection of PCBs is operated in single track mode, enabling the inspection of assemblies up to 400 x 350 mm (14.7 x 13.8"). Full program compatibility with the S6055 is guaranteed.
 
The 4M sensor technology is also used in this system, detecting defects in paste print, component placement and solder joints. The additional use of angled camera modules ensures full-depth inspection and detection of critical errors, such as lifted leads in the fine pitch range.
 
Further highlights include quick and easy program creation using EasyPro and simple program transfer. Additional modules are also available, including a rework station, post-classification station and off-line programming and SPC analysis.
 
Viscom AG, www.viscom.de