All Products

Meet the Hantek CC-65 AC/DC Current Clamp, a versatile tool for professionals needing accurate, reliable measurements. It supports AC and DC current evaluation with fast, stable readings, ideal for power electronics, motor drives, testing, and field or lab work.

All-in-one automotive diagnostic tool combines oscilloscope, multimeter, waveform generator, and ignition testing for professionals and enthusiasts. USB/PC connectivity enables quick setup and data transfer. Intuitive interface streamlines diagnosing electrical and sensor issues for workshops and DIY projects in a compact package.

Experience safe, precision high voltage measurement with the HT8000 series differential isolated probes. Two attenuation options offer flexible ranges, with over-range indication for quick safety checks. Compact, sturdy construction delivers stable, accurate performance in challenging environments.

Experience ignition waveform insights with HT20COP, designed for coil-on-plug systems and signal probing with standard oscilloscopes. Capture clear waveforms to diagnose plugs, injector timing, leaks, wear, carbon buildup, and overall ignition health using a flexible, LED-indicated probe.

Meet the portable 2D15P: a 3-in-1 touch-screen instrument that combines oscilloscope, multimeter, and signal generator in one compact device. Fast setup, intuitive controls, and crisp visuals help engineers, technicians, and makers get accurate results quickly on the shop floor.

A portable handheld oscilloscope with a large full touch screen and built‑in multimeter for real‑time signal capture. Designed for fieldwork, it offers rugged, battery-powered testing across automotive, industrial, and electronics jobs with clear waveforms and versatile measurements.

Portable automotive oscilloscope designed for field diagnostics with long battery life. Features Android-based UI, onboard storage, selectable 1 MΩ or 50 Ω input, deep memory, serial bus trigger/decoder, Wi‑Fi/USB/SCPI, and segmented data capture.

Experience a modern, intuitive oscilloscope with full touch operation and an upgraded interface. The 10.1 inch high‑resolution display delivers clear waveforms, while portable design with built‑in battery options supports lab and field work. Includes Wi‑Fi, USB, HDMI and more.

A large, full-touch oscilloscope designed for field and lab use with an 8-inch display and intuitive touchscreen. Provides fast signal capture, reliable electronics debugging, and rugged portability for on-site, workshop, or classroom testing.

The Micsig VTO 2004 is a compact 4-channel oscilloscope offering 200 MHz bandwidth, 1 GSa/s sampling, up to 50 Mpts memory, USB-C connectivity, lithium battery power, and built-in CAN/LIN decode for fast, repeatable measurements.

A compact, powerful automotive oscilloscope with a 10.1

Experience a compact, high-performance oscilloscope with a 10.1-inch full-touch display and intuitive navigation for fast measurements. Suited for professionals, it offers clear waveform insight, quick setup, and easy on-device controls for benchtop and field use.

Meet the Micsig ATO1004 Automotive Oscilloscope from the ATO Series—a portable diagnostic tool for automotive professionals. It supports 2 or 4 channels, 100/200/300 MHz bandwidth, 2 GSa/s sampling, and 220 Mpts memory for quick, accurate waveform analysis on the shop floor.

The Micsig SATO1004 is a compact, field-ready digital oscilloscope with four analog channels, 100 MHz bandwidth, 1 GSa/s sampling, and 70 Mpts memory. Its 7-inch touchscreen, robust connectivity, and smart software support automotive diagnostics on the go.

Experience powerful oscilloscope performance with a bright 8-inch full-touch display for fast, intuitive operation. Multi-channel, portable design suits labs, classrooms, and field service, delivering clear measurements, responsive controls, quick setup, and straightforward data review.

Micsig MHO14-100 Series is a handheld 4-channel oscilloscope with a 12-bit ADC, up to 1GSa/s sample rate, 100 MHz bandwidth, and 110 Mpoints memory. It features an 8-inch touch screen for portable, easy screen navigation and analysis.

Meet the Micsig Votagle Probe family, compatible with any oscilloscope brand. Quick self-calibration, USB-powered (DC 5V), compact design, and a self-illuminating button for easy use in any environment—ideal for portable, clutter-free measurements.

Designed to fit crowded test setups with a compact split-design, this current probe delivers crisp, reliable readings for streamlined workflow. Easy setup, portable for field or lab use, compatible with standard equipment and workflows.

The Micsig ACP1000/RCP500 AC current probe delivers precise, fast waveform capture for AC measurements. Its gentle clamp design fits tight spaces, with overload protection and insulating features for reliable readings. Power via UPI or USB, compatible with BNC adapters.

Experience precise current measurements with a compact, high-performance probe for modern oscilloscopes. Choose from bandwidth options for dynamic signals, easy calibration and auto-zero, USB-powered operation with clear indicators, plus rugged, user-friendly design for bench and field use.

Engineered for engineers and labs, the MHO5004/MDO5004 delivers precise, multi-channel signal capture with a 14-inch, 1920x1200 touchscreen. It combines fast transient capture, generous storage, and a responsive interface for clear analysis and versatile testing across scenarios.

The Micsig MHO5004/MDO5004 delivers 500 MHz, 4-channel performance with 360 Mpts per channel storage and a 14-inch high-resolution touch display. It enables fast captures, collaborative testing, and reliable, precise measurements for engineers and technicians.

The Korg NTS2 Oscilloscope Kit offers a compact, student-friendly way to explore electronics and sound. It blends precise waveform visualization with practical assembly, inspiring makers, musicians, and educators to turn concepts into repeatable, hands-on experiments.

Compact handheld oscilloscope with 200 MHz bandwidth, 4 channels, and 1 GSa/s sampling. Portable, affordable, and easy to use for on-site testing, design validation, and learning, delivering precise waveforms and quick measurements.