Blaze Technology

Test, Measurement, and Automation

Blaze Tech is a highly efficient development company for your automation, control systems, test, and measurement needs. We combine the power of programming with electrical and mechanical design to provide you everything you need.

Mechanical and Manufacturing
Research and Development
Business Intelligence
Embedded Systems
Automation
LabVIEW, PLC
Full-stack Development

Clients

200

Projects

Corporate Partnerships

Years of Experience

Services

Blaze Technology can develop turnkey solutions from concept to completion or provide partial services geared towards system automation and computer controlled equipment.

Hardware and Software

Embedded and Control System Design and Development

Schematic and Printed Circuit Board Design

Wiring

Experimental Electronics

Radio Frequency Identification

MS Visual Studio/.NET/ASP.NET

Full-Stack Development

User Testing

Programming Languages: C#, PL/SQL, PLC, LabVIEW

Mechanical and Manufacturing

Rapid Prototype

Metal Fabrication

Computer-Aided Design (CAD)

QC and Part Inspection

Project Management

Software Architecture Consultants

Agile Project Management

Data Flow and Graphical Programming and Simulation

Business Management and Information Systems

Business Application Development

Full-stack Development

Database Design and Development

File Management

Virtual Mailbox

Printing and Scanning

3D printing

Laser Etching and Cutting

Large Format Scanning and Printing

Portfolio

Blaze Technology is an industry-agnostic, multi-disciplined integration company.

Automated Blow-Out Preventer Stripping Test System

Houston Hydraulic teamed up with Blaze Technology to design a means to perform a BOP stripping test for a mutual client located in Houston, TX. The team developed and deployed an Automated BOP Stripping Test System that automatically controls the direction of the simulated drill string, power of the pump motors, and the pressure of the hydraulic fluid.

Read Our Case Study

Assembly Enclosure and Test Station

Blaze designed and developed a custom Assembly Enclosure and Test Station for one of our Oil Á Gas clients in Houston, TX. This system showcases our expansive reach. Some of our capabilities highlighted in this project include: 3D design, electrical schematics and wiring; custom pneumatic design and development and PLC programming.

Portable Data Acquisition System

A client had a particularly interesting problem in that the project engineer needed a Data Acquisition System to be mobile while at the same time be completely customizable to handle almost any sensor or output device the company had in stock. The system needed to be able to accept a variety of input devices such as different types of flow meters, all ranges of pressure transducers, level, displacement, etc. It also needed to be able to allow the user to configure any type of thermocouple for temperature measurement. The system also needed to drive a variety of devices such as back pressure regulators, metering valves, and volume controllers as well as operate solenoid valves.

Another major caveat to this system was that it could be wheeled indoor or outdoor so it needed to be connected to their laboratory network wirelessly. Additional effort was used to identify and procure the appropriate equipment to allow the mobile DAQ station to operate up to 100 feet away from the access point while not losing the data connection. The software needed to be fully configurable in the respect that calibration information for the sensors could be inputted, the type of sensor or device on the specific channel could be selected. The software would scale the sensor or device per the calibration data provided by the client (from their calibration records). Once fully configured, the user interface would auto populate with the necessary controls and indicators per the user’s settings. The user could then start a test. The Graphical User Interface allowed the user to view the current value of any particular sensor and it charted the results. All data, including control information was logged to a TDMS file that was then uploaded to a user’s computer for post data processing.