Benchtop & Field Instruments for Advanced Electronic Testing
Uni-T
Advanced test, measurement, and laboratory instruments — from the bench to the production line
About Uni-T
With over 30 years of specialized expertise in the electronic test and measurement sector, UNI-T (Uni-Trend) is an established global pioneer delivering highly accurate, dependable, and accessible diagnostic equipment. Serving engineers, technicians, and educators in over 100 countries, UNI-T provides a comprehensive portfolio of professional hardware engineered to meet strict international performance and safety certifications.
What sets UNI-T apart is its commitment to feature-rich, industrial-grade reliability at highly accessible price points.
From high-bandwidth 12-bit oscilloscopes and ultra-precise programmable power supplies to responsive electronic loads, their hardware delivers the precision, low noise floor, and deep memory necessary for modern circuit debugging and compliance testing. This balance allows them to make advanced lab-grade instrumentation practical for engineering departments, manufacturing floors, and educational labs alike.
Uni-T Instruments We Offer
Explore our comprehensive selection of services that cater to a variety of needs, ensuring complete customer satisfaction.
Digital & Mixed Signal Oscilloscopes
– High-Definition Storage Oscilloscopes – Features ultra-deep memory and high capture rates to catch elusive transient anomalies in high-speed digital and RF circuits.
– Mixed Signal Oscilloscopes (MSO) – Integrated benchtop units equipped with up to 16 digital logic channels and built-in protocol decoding (I2C, SPI, CAN/LIN) for embedded system debugging.
– Handheld Field Oscilloscopes – Rugged, battery-powered portable scopemeters combining a digital oscilloscope, multimeter, and data logger into a single durable housing for remote maintenance.
Waveform Generators
– Dual-Channel Arbitrary Waveform Generators – High-performance benchtop units featuring rapid sampling rates to output exceptionally clean, low-distortion standard and user-defined signals.
– Pulse & Pattern Generators – Designed for high-precision pulse train generation with adjustable rise/fall times, duty cycles, and edge jitter control, essential for testing digital logic gates and clock circuits.
– Programmable Function Generators – Cost-effective, intuitive generators providing essential wave shapes (sine, square, ramp, pulse, noise) for general circuit testing and educational labs.
Programmable Power Sources
– Programmable Linear DC Power Supplies – High-precision multi-channel bench supplies offering low ripple and noise, real-time V/I/P waveform plotting, and software-routed internal series/parallel tracking.
– High-Power Switching DC Power Supplies – Wide-range switching systems featuring adjustable slew rates, CV/CC priority settings, and built-in battery simulation for automotive and industrial power systems.
– Programmable AC Power Sources – High-stability lab sources supplying low-distortion, frequency-adjustable single-phase AC power for grid and component simulation.
DC Electronic Load
– Compact High-Precision DC Loads – Space-saving single and dual-channel bench units with a sharp test resolution and up to 5kHz dynamic current testing.
– Intelligent Large-Screen Test Systems – High-performance R&D solutions featuring an expansive display and high-speed synchronous sampling for rapid power architecture evaluations.
– Advanced Diagnostic Multi-Mode Loads – Feature-packed instruments running separate evaluation profiles—including rapid transient load simulation, multi-mode battery pack discharging, and programmable automatic sequences.
Benchtop Digital Multimeters & LCR Meters
– High-Accuracy Bench Multimeters – Engineered for precise engineering and calibration tasks, offering advanced multi-digit resolution and exceptional baseline accuracy to monitor voltage, current, and resistance changes.
– Programmable Lab Multimeters – Versatile tools featuring large memories, graphical trend displays, and robust remote connectivity, making them ideal for monitoring and automated test systems.
– Field LCR Meters – Lightweight, battery-powered portable meters that bring high-accuracy component identification and testing out of the lab and directly to on-site troubleshooting and field servicing tasks.
Digital Micro-Ohm Meters & Insulation Resistance Testers
– High-Speed Benchtop Micro-Ohm Meters – High-precision laboratory instruments designed for rapid, automated testing of low resistance values. They deliver rapid sampling speeds, sharp resolution down to the micro-ohm level, and built-in remote communication capabilities tailored for automated production systems.
– Heavy-Duty Insulation Resistance Testers – High-current industrial instruments specialized for evaluating inductive loads. They are uniquely optimized to safely measure the winding resistance of large motors, stators, and distribution transformers while managing high inductive energy storage during the test cycle.
Digital Power Meters & Analyzers
– Benchtop Power Meters – High-accuracy instruments designed to measure power parameters on single-phase/three-phase systems. They provide clear, simultaneous displays of voltage, current, power factor, and total energy consumption, making them ideal for appliance testing and energy efficiency compliance.
– Programmable Power Analyzers – Advanced laboratory tools equipped with high-speed sampling and deep analysis functions to evaluate complex waveforms. They excel at measuring total harmonic distortion (THD), efficiency tracking, and transient power states in power supplies, inverters, and motor drives.
Multi Channel Temperature Loggers
– High-Density Benchtop Loggers – Multi-channel instruments equipped with dozens of isolated inputs to monitor expansive thermal profiles simultaneously. These units feature clear color displays and massive internal data logging capacities for long-term reliability and environmental chamber testing.
– Programmable Lab Scanning Systems – Advanced diagnostic loggers designed for deep analysis, offering high-speed channel scanning, real-time graphical trend plotting, and programmable alarm limits. They integrate seamlessly into automated test setups via remote software to map thermal dissipation in power electronics and industrial systems.
Why we partner with Uni-T
– Three Decades of Instrument Pedigree — Backed by 30+ years of dedicated engineering in test and measurement, ensuring every benchtop unit delivers consistent accuracy and international standard compliance.
– Comprehensive Benchtop Ecosystem — A true single-source provider, offering a seamless integration of everyday lab tools including oscilloscopes, source meters, loads, and analyzers.
– Industrial-Grade Signal Integrity — High vertical resolution (up to 12-bit) and ultra-low noise design architectures match the performance demands of modern electronics labs.
– Exceptional Price-to-Performance Ratio — Makes high-bandwidth testing, deep waveform memory, and programmable automation incredibly cost-effective compared to legacy instrument brands.
Inquiry Form
Tell us about your Uni-T requirements and an expert from our team will be in touch with you with additional details about our products!