Why Work With Us
SMANTEK, LLC delivers elite, architecture-driven automation platforms and engineering services designed to bridge the critical gap between early-stage product development and high-volume production testing. Specializing in National Instruments environments, SMANTEK assists clients in navigating complex validation timelines and optimizing throughput.
Our core strategy centers on creating standalone, multi-sensor data measurement software applications that integrate seamlessly across the entire product lifecycle. By incorporating SMANTEK solutions early during prototype development, engineering teams ensure absolute code continuity, allowing identical core architectures to deploy directly onto factory-floor automated test stations. Our frameworks strictly govern instruments, test sequences, multi-channel data acquisition, physical fixturing, and operator safety flows.
Strategic Commitment: To optimize client test lifecycles utilizing high-quality, software-defined modular hardware and diagnosis tools that maximize asset uptime and minimize the total cost of ownership (TCO).
Primary Engagement Goals
Enhance Operational Efficiency: Maximize test station throughput and minimize long-term test integration overhead across parallel lines.
Compress Validation Cycles: Accelerate rigorous Validation and Verification (V&V) procedures to expedite overall time-to-market.
Ensure Standards Compliance: Guarantee rigorous alignment with demanding international aerospace, automotive, and semiconductor engineering criteria.
Technical Capabilities & Hardware Ecosystem
SMANTEK operates at the cutting edge of software-defined testing instrumentation. We leverage robust, modular hardware frameworks from National Instruments paired with precision switching routing to handle multi-tiered acquisition tasks.
Hardware Infrastructure Matrix
High-Performance Instrumentation: Utilization of NI PXI and PXIe architectures to achieve precise multi-instrument synchronization and sub-nanosecond timing correlation for complex RF and high-speed automated testing.
Flexible Data Acquisition: Deployment of NI cDAQ platforms housing sensor-friendly conditioning modules tailored to high-density environments.
Advanced Control Roadmap: Next-year deployment integration planning for NI CompactRIO (cRIO) architectures to provide FPGA-driven processing, deterministic control, and robust embedded code deployments.
Signal Routing & Interfacing: Strategic integration of Pickering PCB interfacing, specialized switching topologies, simulation modules, high-reliability connector blocks, and heavy-duty custom cable assemblies.
Sensor & Signal Matrix
Measurement Acquisition
• Analog Signals (Voltage/Current)
• High-Density Digital I/O
• System Power Rails
• RF Sensor Data Stream
Control & Drive Automation
• Multi-Channel Relays
• Precision Motion Control
• Hardware Interlocks
• Fail-Safe Safety I/O
Transducer & Sensor Coverage
Position, proximity, level, motion, force, pressure, temperature, fluid flow, flame detection, and non-contact laser/optical systems.
Engineering Skills & Software Expertise
Our deep, specialized engineering value lies in converting complex hardware specifications into stable, highly intuitive, and lightning-fast software automation suites.
LabVIEW Expert Development
Utilizing advanced graphical programming paradigms to architect clean, scalable codebases that read intricate hardware buses, process raw multi-sensor arrays, and automate highly sophisticated engineering tests.
TestStand Architecture
Designing customized sequencing frameworks to orchestrate test execution, handle nested loops, govern strict pass/fail parameters, isolate execution faults, and generate structured compliance-ready reporting.
HIL & Optimization
Developing Hardware-in-the-Loop (HIL) environments for robust simulation. Specialized capabilities include deep legacy code debugging, race-condition resolution, and structural timing optimization.
Using Python, MATLAB®, and C,
with LabVIEW
For a flexible test system, LabVIEW’s connectivity to other programming languages is an attractive feature for engineers. Integrating languages, such as Python, MATLAB®,
C, and .NET into LabVIEW’s graphical data flow combines the best of each language. SMANTEK is building these capabilities.
