Event Location:
Anaheim Convention Center
800 W Katella Ave, Anaheim, CA 92802
Booth:
#2827
Event Date:
Feb 3 - 6, 2026
Additional Information:
Complex medical devices like tabletop DNA sequencers, handheld vein viewers, and dialysis machines are real examples of products Benchmark Medical Technologies has brought from concept to reality and beyond. Schedule a meeting with us or visit us at booth #2827 and learn how your complex idea can be next.
Meet With Us:
Use the form below to request a meeting during the show.
Benchmark helped an innovative medical supplier develop a low‑cost, single‑use arthroscope to eliminate infection risks from reusable scopes. Benchmark's comprehensive precision optics experience enabled the combination of lens elements and the creation of custom optics. Benchmark cut components from 28 to 10 (64%) while improving image quality, enabling affordable, high‑performance disposable devices, and supporting safer surgical outcomes.
Benchmark helped a leading biotech tools company shrink its precision laser steering module with its cost‑efficient, automated production process. By refining the optical design, creating precise modular prototypes, and reducing PCB count, Benchmark delivered a smaller, highly accurate LSM with micron‑level precision. The result: lower costs, faster time‑to‑market, and improved research reliability.
Benchmark helped a regenerative‑therapy biotech company build a secure, automated cryogenic pharmaceutical kiosk for dispensing stem‑cell treatments. The system stores vials at –160 °C, automates handling and thawing, ensures clinician‑only access, and maintains remote monitoring for safety and compliance—supporting rapid, reliable delivery of life‑saving doses. This device serves as an important example of Benchmark's broad fluid management and robotics expertise.
Benchmark helped AccuVein turn its prototype laser‑guided vein finder into a compact, reliable handheld device by solving optical, thermal, and precision‑control challenges. Benchmark improved ruggedization, usability, and manufacturability, enabling a user‑friendly, eye‑safe imaging tool for clinical use. Additional design optimization supported thorough clinician feedback shaped a form factor that improved ease of use.
