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Sixty-two percent (62%) of our business is developing client products for medical therapeutic, diagnostic, and clinical laboratory applications.
medical devices (48%)
(therapeutic / diagnostic)
-- ambulatory monitoring
-- blood pressure
-- body temperature
-- bronchoscopy
-- cardiac output
-- chest percussion
-- critical care
-- demand-oxygen
-- electrocardiogram
-- electrocautery
-- endoscopy
-- enteral feeding
-- inhalation anesthesia
-- intravenous fluid & drug delivery
-- orthopedic surgery
-- patient-controlled analgesia
-- respiratory life support
-- respiratory therapy
-- sleep apnea
-- splinting
-- sterilization
-- tracheostomy
clinical laboratory (14%)
(laboratory / point-of-care)
-- automated robotic liquid sample handling
-- blood glucose monitoring
-- centrifuging
-- DNA screening
-- histology sample preparation
-- incubation
-- in-vitro diagnostics (IVD)
-- micro-pipetting
We design and develop Class II and III medical devices, observing regulatory standards
and synchronizing with clients' stardard operating procedures, including maintenance of design
history files.
Reid Product Development is expert at interdisciplinary engineering
design of medical devices (durable and disposable).
Founder and principal Robert D. Reid has over 30 years of engineering
development experience in the medical device industry and is adept at
multidisciplinary collaboration in medical device design.
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Clients of Reid Product Development have included:
Advanced Sterilization Products (Johnson & Johnson), Clinical Micro Sensors, Inc., Coulter Corporation (now Beckman-Coulter), IMED Corp., Karl Storz Endoscopy-America, LifeCare International, Inc. (now Respironics), LifeShirt.com, Inc. (renamed VivoMetrics, Inc.),
One Lambda, Inc. / Microdrop, Inc., OrthoMix, Inc., OptiScan Biomedical Corp., Recom Managed Systems, Inc., Somnus Corp. / VitalScan, Inc., Shiley, Inc. (Pfizer) (now Mallinckrodt), Tandem Medical, Inc., Thermoscan, Inc. (now Braun Div. of Gillette Co.), and Valleylab, Inc. (Pfizer)
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Automated Sample Processor
(clinical laboratory instrumentation)
Stepper and servo drives selection. Forced-air,
precision temperature, incubation carousel design. Recirculating
refrigeration; electro-pneumatic graspers; and reagent flow valves integration.
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Probe cover for ear thermometer
(medical disposable device)
Polymer film specification and sourcing. Injection-molded
base ring design. Packaging. Concepts and recommendations for
future thermoform fabrication process.
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