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Our Services

Driving Innovation to Tailored Solutions

At Binary Palette, we specialize in delivering advanced engineering and IT solutions designed to meet the unique challenges of modern industries. From robust test and measurement systems to expert IT services, we provide scalable, reliable, and efficient solutions that empower businesses to succeed.

Engineering & IT Solutions

System Integration

System Integration

We specialize in integrating complex systems, particularly in test and measurement environments, and developing custom software solutions tailored to your needs.

Technologies & Expertise:

  • Integration of complex systems in test and measurement environments
  • Custom software development tailored to client needs
  • Scalable and reliable system architectures
  • Seamless integration using LabVIEW, VeriStand, and TestStand.
  • Optimization of operational performance through automation and interoperability

Software Consulting

Our expert software consulting services provide strategic guidance to optimize test and measurement systems. With our deep industry knowledge and experience, we ensure your projects are executed efficiently, delivering scalable, high-performance solutions that meet your specific needs.
Software Consulting

Maintenance & Engineering Support

Maintenance Support

We provide proactive system maintenance and engineering support to ensure the optimal performance of your test systems. Our services include:

  • Routine system checks
  • Troubleshooting and performance optimization
  • Aligning your systems with industry standards
  • Minimizing downtime
    With expertise in LabVIEW, VeriStand, and TestStand, we provide ongoing support for seamless operation and long-term efficiency.

Specialized Testing Solutions

Durability, Reliability, Endurance & Fatigue Testing

Evaluate product performance, strength, and lifespan under various conditions.

  • Quality Control: Inspect products on assembly lines for defects, flaws, and contaminants
  • Non-contact Measurements: Inspect and measure delicate materials without damaging them.
  • Barcode/QR Code Scanning: Automating product identification and tracking.
  • Pattern Matching: Identifying inconsistencies and variations.
Durability Testing

Mechanical Testing

Mechanical Testing
  • Slide Force Testing: Apply pull or push force to a unit using an electric motor and a load cell.
  • Torque to Rotate Testing: Evaluate the amount of rotational force needed to rotate a component.
  • Mechanical Backlash & Hysteresis Testing: Assess clearance and lost motion in a mechanism.

Environmental Testing

Measure the performance of products under specified environmental conditions to ensure that products perform as intended in real-world operating conditions. This can include:

  • High and low extreme temperatures
  • Temperature cycling
  • High and low humidity
  • Shock and vibrations
  • High and low-pressure
  • Pressure cycling
  • Electromagnetic Interference
Environmental Testing

Brake Performance Testing

Brake Testing

Test automotive braking performance by integrating:

  • Vehicle CAN data
  • GPS tracking
  • Thermocouples
  • Accelerometers

Fuel Cell Testing

Assess power generation & performance of a fuel cell by monitoring:

  • Charge cycling and performance indicators
  • Voltage output for each cell
Fuel Cell Testing

ECU Functional Testing

ECU Testing

Evaluate the performance, reliability, and functionality of an Electronic Control Unit (ECU) to ensure that it performs as expected under various conditions, complies with safety and regulatory standards, and meets specifications.

  • Check inputs, outputs, logic, algorithms, and communication protocols
  • Simulate real-world operating conditions and stimuli
  • Verify that the ECU meets specifications and standards
  • Test for major error conditions
  • Test the ECU's interaction with other systems

EV Testing

    Battery Testing
  • Battery Management Systems (BMS): Testing communication with the BMS through various conditions
  • Charge Cycling: Monitoring battery performance with charge and discharge cycles and different environmental conditions like temperature and humidity.
  • Shaker Testing: Mounting a battery on a shaker and monitoring its performance and communication while running it through a vibration road profile.
    Inverter Testing: EV inverters are tested to ensure they are reliable, efficient, and safe before being integrated into an electric vehicle. Testing involves simulating operating conditions and fault scenarios, as well as performing safety tests.
EV Testing

Advanced Measurement & Inspection

Machine Vision

  • Quality Control: Inspect products on assembly lines for defects, flaws, and contaminants
  • Non-contact Measurements: Inspect and measure delicate materials without damaging them.
  • Barcode/QR Code Scanning: Automating product identification and tracking.
  • Pattern Matching: Identifying inconsistencies and variations.
Machine Vision

Acoustic Testing

Acoustic Testing

Measuring the Acoustic properties of materials using various techniques:

  • Sound Absorption using a Reverberation Room where sound waves are generated and the decay time (RT60) of the sound is measured to calculate the absorption coefficient of a material.
  • Sound Absorption using an Impedance Tube: The interference pattern created between the incident and reflected waves was analyzed using two microphones positioned along the tube, which captured the pressure variations caused by the interaction with the sample. This measures the amount of sound energy the material absorbs based on the reflected wave characteristics.
  • Sound Transmission Loss Test, where the ability of a material to block sound is tested using two rooms, one to generate sound and one to measure the transmitted sound, with the material being tested placed between them.

Vibration Testing

Analyze the vibration patterns of a structure or component to evaluate its condition and identify defects...

  • Test Bench: Measure resonance frequencies of a unit under test by hitting it with an Impact Hammer, acquiring vibration data, and performing Modal Analysis.
  • Vibration Analysis: Apply mechanical motion to a component or structure using an electrodynamic shaker and observe its response over time. Vibration analysis can be used to measure structural vibration modes and materials' vibration-damping properties.
  • Condition Monitoring: Vibration data analysis can identify defects in gears, bearings, shafts, etc., and potential failures before they become costly or catastrophic.
Vibration Testing

Industrial Simulation & Gas Analysis

Synthetic Gas Bench

Synthetic Gas Analysis

Simulate real engine exhaust conditions in a laboratory by creating a controlled mixture of gases, including CO, CO2, H2, O2, NOx, hydrocarbons, etc., allowing researchers to test the performance of catalysts or other exhaust after-treatment systems under specific conditions. It is used in automotive applications to evaluate the emissions reduction capabilities of catalysts without needing a running engine on a vehicle.

This system uses electromechanical valves and mass flow controllers to create the desired mixture of gases and several gas analyzers to measure concentrations of all gases of interest. Automated furnaces and temperature controllers are used to heat the gas mixture to real-world conditions.