Donald G Ware

Title: Innovator Spotlight: Donald G. Ware from Lansdale, PA

Introduction

Donald G. Ware is an inventive mind based in Lansdale, Pennsylvania, with a focus on groundbreaking technology in the field of mixing and radiation measurement. With a total of three patents to his name, Ware's contributions are shaping the way various materials are mixed and analyzed in laboratory settings.

Latest Patents

Among Ware's latest patents is the "Aggregometer with Near Ultraviolet Light Source." This innovative device features a radiation path, a sample receiving area, and a short-wavelength LED that transmits radiation through the sample for precise measurement. A detector is positioned along the radiation path to capture the transmitted radiation, and a processor controls the intensity of the emitted light, enhancing the accuracy of the readings obtained.

Another noteworthy patent is the "Method and Apparatus for Using Vertical Magnetic Stirring to Produce Turbulent and Chaotic Mixing." This invention utilizes vertical electromagnetic stirring to create low shear stress while promoting turbulent and chaotic mixing of liquid materials. The unique design incorporates multiple magnetic fields generated by inductor coils to control the movement of the stir bar, resulting in effective mixing without damaging the components.

Career Highlights

Currently, Donald G. Ware is affiliated with Bio/data Corporation, where he works diligently to advance technology in laboratory instrumentation and material analysis. His innovative spirit and dedication to his craft have positioned him as a reputable inventor within the industry.

Collaborations

In his professional journey, Ware collaborates with his coworker, William E. Coville. Together, they engage in the development of cutting-edge technologies, ensuring that their contributions remain on the forefront of scientific progress.

Conclusion

Donald G. Ware exemplifies the role of a modern inventor through his impactful patents and collaborative efforts. His work continues to enhance laboratory processes and elevate the standards of mixing technologies, marking him as an influential figure in his field.