Imagine. Invent. Innovate.
Bluefin Innovations LLC specializes in electronic, mechanical, embedded, and radio frequency (RF) product development. Its engineering team develops collaborative solutions across embedded systems, enclosures, PCB design and layout, firmware, and RF systems up to 30 GHz. The practice handles projects from concept and ideation through prototyping, testing, and pilot builds, delivering designs for defense, medical, public safety, and consumer applications.
Engineering of integrated hardware and software solutions for high-density, portable, and benchtop products.
Creating high-density board designs, custom routing, and power supply circuitry to support complex electronic architectures.
Writing reliable, low-level embedded software and algorithms to control onboard sensors, actuators, and communication interfaces.
Integrating low-power microcontrollers, system-on-chip devices, and memory systems for portable applications.
Engineering physical structures and protective packaging optimized for durability, thermal performance, and manufacturing.
Designing protective housings resistant to drop, shock, vibration, moisture ingress, and extreme environmental hazards.
Developing structural parts using specialized materials such as fiber-reinforced composites and laser-sintered nylon to optimize weight and transparency.
Designing active and passive cooling solutions, including closed-loop thermal regulation, to maintain reliable operation under extreme conditions.
Developing electromagnetic and wireless systems supporting communication, sensing, and signal processing up to 30 GHz.
Creating custom antenna geometries, cylindrical laminates, and RF-transparent radomes to optimize signal range and performance.
Developing portable and field-deployable antenna arrays engineered for precise signal localization and tracking.
Designing switchboard systems and packaging that merge diverse analog, digital, and IP-based radio platforms.
Engineering tactical hardware systems engineered to withstand severe environments, shocks, vibrations, and specialized tactical requirements.
Designing highly-rugged, sealed power systems with large capacity and DC-DC conversion capabilities for electronic warfare applications.
Developing battery-powered, wireless training devices incorporating precision inertial tracking, ultrasonic sensors, and custom displays.
Engineering electronics integrated into vehicle platforms, optimized for harsh environments and complex electrical loads.
Developing high-density diagnostics, surgical simulation platforms, and clinical laboratory instruments.
Developing hardware platforms with active and passive haptics, motion control, and realistic tactile response for surgical training.
Packaging high-voltage, high-density diagnostic and therapeutic instruments suitable for first-response and clinical environments.
Designing automated sample preparation stations, centrifuge systems, and instrument packaging to streamline scientific analysis.
Validation and physical testing of early-stage designs to achieve product maturity before volume production.
Building iterative, fully functional physical and electrical prototypes to test concepts in real-world scenarios.
Utilizing computer-aided simulation to analyze structural, transient thermal, and shock performance prior to physical testing.
Assessing physical models against aggressive drop, vibration, and thermal specifications to verify structural integrity.
Defense · Medical Devices · Public Safety · Aerospace · Aviation · Electronics · Laboratories · Consumer Products · Telecommunications
Public Safety
Handheld identity verification device for airports, borders, and ports combining optical fingerprint, retina scan, face capture, ePassport RFID, and smart card reader in a ruggedized touchscreen form factor with WiFi and Bluetooth.
Defense
5KW power supply for fixed-mounted Counter-Radiation Electronic Warfare jamming systems installed in buildings in the Middle East, combining multiple 15A 110V services into multiple AC/DC outputs with environmental sealing.
Medical Devices
First commercially viable surgical simulation hardware platforms providing realistic visual and tactile training via motion control for multiple medical procedures including endoscopy, laparoscopy, and cardiovascular interventions.
Defense
Compact rugged handheld device with laser designation, day/night camera, video stabilization and tracking, laser range finding, IMU, magnetometer, north-finder, and secured SAASM GPS.