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Buy NI LabVIEW software

Explore affordable prices for NI LabVIEW. Every version below is a complete, full-featured edition—not a student version or trial—and is available to order.
Version Price
LabView 2026 Q1 v26.1f0 + Toolkits and Modules
LabView 2025 Q3 Patch 2 2025.3.2f2 + Toolkits and Modules
LabView 2023.3
LabView 2023.3 Bundle (Toolkits and Modules)
LabView 2020
LabView 2019
LabView 2019 Bundle (LabVIEW + Toolkits + DAQmx Drivers)
LabView 2018
LabView 2018 Bundle (LabVIEW + Toolkits + DAQmx Drivers)
LabView 2016
LabView 2016 Bundle (LabVIEW + Toolkits + Drivers)

 

What is LabVIEW?

LabVIEW is a graphical system design environment for data acquisition, instrument control, automated testing, and measurement analysis on Windows desktop PCs. It uses graphical G programming with front panels and block diagrams to build virtual instruments that acquire, process, visualize, and log engineering and scientific data.

LabVIEW provides integrated tools for connecting to measurement hardware, building automated test sequences, and implementing control logic in manufacturing, research, and laboratory workflows. It is widely used by test engineers, validation teams, researchers, and developers who need repeatable desktop test systems, custom measurement applications, and flexible automation without traditional text-based coding.

Why Buy LabVIEW from Prosoftstore?

We offer permanent LabVIEW activation with one-time purchase - professional engineering and scientific software for test and measurement workflows without subscription fees. Full functionality included: graphical G programming, data acquisition and logging, signal processing, and instrument control so you can build custom desktop applications for devices, sensors, and test stands.

Suitable for freelance test engineers, small labs, in-house manufacturing test stations, and learners who need a stable Windows installation for long-term measurement, automation, and experiment development on a single PC.

LabVIEW Key Features

  • Graphical G Programming: Build applications using graphical block diagrams with nodes and wires to express dataflow, focusing on measurement logic instead of low-level syntax.
  • Virtual Instruments (VIs): Create virtual instruments with front panels and block diagrams to combine user interfaces, processing logic, and hardware interaction in reusable components.
  • Dataflow Execution Model: Execute code based on data availability in block diagrams to run independent tasks in parallel and coordinate acquisition, analysis, and control loops.
  • NI-DAQmx Integration: Connect to NI data acquisition hardware to configure channels, sampling rates, and triggers for analog and digital signals in automated test setups.
  • Instrument Driver Support: Use built-in drivers and VISA communication to control oscilloscopes, power supplies, and other programmable instruments over GPIB, USB, serial, or LAN.
  • Signal Processing VIs: Apply filtering, spectral analysis, windowing, and waveform measurements to evaluate sensor data, electrical signals, and dynamic system responses in software.
  • Data Visualization and Charts: Display live and historical data with graphs, charts, and indicators to monitor test results, verify trends, and document behavior during experiments.
  • Control and Monitoring Loops: Implement feedback loops with While and For structures to read inputs, compute control actions, and update actuators in automated benches and rigs.
  • File I/O and Reporting: Log measurements to files, generate test reports, and export results for further analysis or archiving in engineering and quality workflows.
  • Error Handling and Debugging: Trace execution with probes, breakpoints, and highlight execution, and use structured error clusters to diagnose issues in test and measurement code.
  • Modular SubVIs and Libraries: Encapsulate common routines as subVIs and organize them into libraries to standardize measurement steps across multiple projects and systems.
  • External Code Integration: Call DLLs, .NET assemblies, or scripts from other languages to reuse existing algorithms and extend LabVIEW-based test applications on the desktop.

LabVIEW Applications

Industry/Domain Typical Applications
Manufacturing Test Systems End-of-line functional test stands for electronic assemblies, sensors, and control modules on production floors.
Aerospace and Defense Hardware-in-the-loop benches, avionics verification, and environmental test rigs for mission-critical components.
Automotive and Transportation ECU validation, drivetrain and battery testing, and sensor characterization for vehicle development programs.
Semiconductor and Electronics Parametric characterization, burn-in monitoring, and automated probing for boards, chips, and power devices.
Energy and Power Systems Monitoring and control panels for inverters, power converters, and grid-connected equipment in test labs.
Medical Devices Verification benches for diagnostic equipment, patient monitoring subsystems, and sensor-based medical instruments.
Telecommunications and RF Signal acquisition, modulation analysis, and automated compliance tests for radios, modules, and network devices.
Academic and Research Labs Custom experiment control, data logging, and prototype instrumentation for physics, engineering, and applied science projects.

Choose the LabVIEW Offer by Release, Package Label and Bitness

The offer table contains both base LabVIEW rows and package variants. The 2018 and 2019 bundle rows explicitly name LabVIEW, Toolkits and DAQmx Drivers; the 2016 bundle names LabVIEW, Toolkits and Drivers. The 2023.3 bundle and the 2025 Q3 and 2026 Q1 package rows use the broader “Toolkits and Modules” label, so those labels should not be treated as identical component lists.

Bitness also matters for toolkit-dependent setups. NI notes that 64-bit LabVIEW does not support every toolkit available for 32-bit LabVIEW, so choose a LabVIEW bitness that matches the toolkit set you plan to use.

What Changed Across the Offered LabVIEW Releases?

LabVIEW 2016 is the oldest release offered here. The later rows below highlight selected local development changes that distinguish the offered release families without turning the page into a full changelog.

Offered release Selected local change
2026 Q1 Added headless command-line and LabVIEWCLI operation for CI/CD tasks such as Masscompile.
2025 Q3 Patch 2 The 2025 Q3 generation added a unified Debug Window and LabVIEW CLI operation without enabling the VI Server TCP port.
2023.3 (2023 Q3) Added Quick Change tools, selectable execution-highlighting speeds, and new wiring and editing shortcuts.
2020 Introduced LabVIEW Interfaces for more flexible object-oriented abstractions and reusable application architectures.
2019 Added Maps and Sets data types plus debugging improvements such as history probes and focused execution highlighting.
2018 Added native Python integration through LabVIEW's Python session and Python Node workflow.

Which Offered LabVIEW Releases Match Each Desktop Windows Version?

Windows support changes materially across the releases sold here. For standard desktop Windows, use the lookup below; Windows Server and specialized IoT editions are outside this compact table.

Windows version Compatible offered LabVIEW releases
Windows 11
2026 Q1
2025 Q3 Patch 2
2023.3 (2023 Q3)
Windows 10
2025 Q3 Patch 2
2023.3 (2023 Q3)
2020
2019
2018
2016
Windows 8.1
2020
2019
2018
2016
Windows 7 SP1
2020
2019
2018
2016

Ready to automate your measurements and custom test systems? Select your preferred version from the table above, click Buy, and start building graphical test sequences and logging high-quality data on your Windows desktop.