For low frequency signals, these single handheld units provide all the functionality of traditional digital oscilloscopes, and many new features at a fraction of the price of benchtop instruments. (read more)

Pico Technology has unveiled the PicoScope 5204, a dual-channel PC Oscilloscope with a bandwidth of 250 MHz, a memory depth of 128 million samples and a real-time sampling rate of 1 GS/s. (read more)

The model 2534 dual channel Digital Storage Oscilloscope delivers an unmatched combination of performance and value. (read more)

Portable scopes for the lab with MegaZoom III technology. (read more)

The BK Precision 2120B is a dual trace oscilloscope that offers high performance at a low price. Most competitor's entry level oscilloscopes have a 20 MHz bandwidth, while BK Precision 2120B has a bandwidth of 30 MHz. (read more)

1GHz 4 + 16CH Mixed Signal Scope (read more)

The LeCroy WaveJet 300 series is one of ValueTronics Factory New Color Digital Oscilloscopes with a frequency range from 100 to 500 MHz, and also provides 2 or 4 Channels. ValueTronics is offering 7 different units of the WaveJet Oscilloscopes.

Why ValueTronics.......talk to knowledgeable, helpful people with real inventory. (read more)

The use of touch probes reduces setup times, helps to increase machine usage time, and improves the dimensional accuracy of the finished workpieces. Their setup, measuring and monitoring functions can be performed manually or automatically. Touch probes are used primarily on milling machines and machining centers, and ... -HEIDENHAIN Corporation (read more)

High-Speed Multi-Axis Machine Tool Probes from Renishaw. Renishaw OMP40 and OMP60 touch-trigger probes bring greater process control, higher machine utilization and Lean efficiencies to multi-axis/multi-tasking machine tools and high-speed, small-spindle-taper machines. Ultra-compact design maximizes application versatility, while unique programming simplifies installation. (read more)

PicoScope precision oscilloscopes feature 12 bit vertical resolution and are accurate to 1% — making them ideal for high accuracy signal measurement. (read more)