Aggie Angel Network

Allotrope Medical Inc. is a Houston-based medical device company that specializes in manufacturing surgical devices aimed at enhancing surgical procedures. The company's flagship product, StimSite, is an intuitive handheld device designed specifically to assist surgeons in quickly and accurately identifying ureters during operations. This device not only aids in ureter localization but also functions as a blunt dissection tool, streamlining the surgical process. By employing a simple single-button design, Allotrope Medical's device eliminates the need for additional pre and post-operative procedures, thereby improving efficiency in pelvic surgeries. Established in 2016, the company focuses on innovative solutions that enhance surgical accuracy and patient safety.

Dauber Applications is a company focused on transforming the construction industry by streamlining the transportation of materials through an innovative online trucking platform. This multi-sided network connects construction contractors, truckers, dump sites, and material suppliers, enabling on-demand access to transportation services. The company's software enhances fleet operations by matching available trucking contractors with construction projects, facilitating the ordering of vehicles for tasks such as debris pickup and material drop-off. This solution provides fleet operators with real-time visibility into their truck activities, thereby improving efficiency and logistics in the construction sector.

Cosine Additive is a hardware and software manufacturer in the 3D printing industry, known for its innovative approach to the market. The company specializes in developing advanced software tools that leverage extensive data collection and machine learning to significantly enhance the performance and output of 3D printers. In 2015, Cosine Additive made a notable impact by launching the world's first open format industrial-class polymer 3D printer, which integrates professional-grade hardware with a flexible approach to printable materials. This innovation allows for substantial improvements in cost, speed, and versatility compared to existing machines, enabling clients to achieve optimal results in their 3D printing endeavors.