Our Work
Our portfolio showcases a track record of groundbreaking projects and transformative solutions. With a focus on precision, creativity, and problem-solving, our work consistently delivers products that set new industry standards and exceeds client expectations.
Laboratory Automated Position Gantry Robot
Our team worked collaboratively to conceive and construct a substantial laboratory automated positioning robot gantry control system, complete with user interface software. This advanced system excels in accurately and consistently positioning objects within predefined spaces. Our comprehensive approach encompassed the design of system hardware, electronics, and a user-friendly control system, ensuring a seamless product and user experience. Moreover, the system boasts the flexibility to be tailored to the specific spatial and functional needs of any laboratory setting.
FlyLine Cablecam System
FlyLine is a cable cam system designed for stability and versatility, equipped with gyro stabilization and a low noise signature. Its variable speed control, automatic end-stop motion system, and quality design make it an ideal choice for capturing smooth and precise shots in various environments.
Automated Thermal Forming Fixture
Our team successfully developed a highly precise process for producing specialized tubes with micron-level internal diameter tapering, meeting the exact specifications required for a medical device as per our client's needs. Additionally, we designed an automated system to ensure the reliable and consistent production of these tubes, ensuring quality and efficiency in the manufacturing process.
Aerial Sphere
Aerial Sphere was developed to create 360° spherical georectified aerial imagery from a manned aircraft with highly accurate location data, surpassing Google Earth data quality. Geospatial triggering is achieved through a GPS system and optically isolated circuit, while real-time monitoring during flight is enabled by four 7" LCD monitors, demonstrating a comprehensive solution for immersive VR mapping. Check out Aerialsphere.com for more information.
Solar Powered Unmanned Aerial Vehicle
Our team successfully developed an innovative process that seamlessly incorporates highly efficient solar cells into the composite wings of unmanned aerial vehicles (UAVs). These solar cells not only serve as a source of power and continuous battery charging for the aircraft but also contribute to enhancing the structural integrity of the wing while offering protection against breakage. This breakthrough represents a high-efficiency and exceptionally durable solution, ideally suited for long-range UAVs deployed in missions involving atmospheric data collection and surveillance applications.
Phoenix 3-Axis Stabilized Gimbal System
Phoenix is a 3-axis stabilized gimbal system capable of accommodating mirrorless, DSLR and larger cinema cameras. It utilizes direct drive brushless motors and rotatable mechanics for complete camera articulation. Controlled by the Simple-BGC system with integrated accelerometer, gyro, and magnetometer sensors, the Phoenix is a groundbreaking innovation in the handheld stabilized camera gimbal industry.