Root3 Labs

Decision-grade Engineering for Medical, Defense, and Aerospace hardware

PE-operated engineering and product development firm providing decision-grade engineering for medical device, aerospace, and defense manufacturers. Multidisciplinary team turns technical uncertainty into tested prototypes, design reviews, test fixtures, and manufacturing-ready designs across mechanical, electrical, embedded software/firmware, and biomedical engineering. In-house prototyping workshop supports design / prototype / test cycles in metal, plastic, rubber, wood, and performance textiles. Design capabilities include SolidWorks and Autodesk CAD, CAM, and finite element analysis (FEA). Licensed professional engineers with experience in Class I and II medical device development, aerospace ground support equipment (GSE), mechatronics, signature management, liquid CO2 cooling, high-performance textiles, and small UAS development. ITAR Registered, CMMC Level 2, NIST 800-171 v2, DFARS 252.204-7012, Maryland Professional Engineering Firm.

About Root3 Labs

Root3 Labs is a PE-operated hardware engineering firm helping MedTech, aerospace, defense, and advanced hardware teams turn technical uncertainty into decision-grade proof.

When your team faces an expensive product decision, such as moving a prototype toward validation, committing to tooling, resolving a field failure, or transferring a design to manufacturing, Root3 Labs' professional engineering team builds the evidence needed to move forward with confidence. The prototype is not the product, it is the decision tool.

========== What we deliver ========== 

Focused prototypes built to answer the next critical question Engineering design reviews that identify risk before tooling, validation, or production Test fixtures, test systems, and validation hardware DFM/DFA analysis and manufacturing transfer support Engineering documentation: CAD, drawings, BOMs, design rationale, test reports

========== Engineering disciplines ========== 

Mechanical, electrical, embedded software/firmware, biomedical, and controls engineering Mechatronics, robotics, Class I/II medical devices Aerospace ground support equipment, tooling, fixtures, and test stands Signature management, liquid CO2 cooling, high-performance textiles, small UAS

========== Credentials for regulated and controlled work ========== 

ITAR Registered | CMMC Level 2 | NIST 800-171 v2 | DFARS 252.204-7012 | Maryland Professional Engineering Firm

========== In-house prototyping workshop (7,500 sq. ft.) ========== 

CNC and manual milling, lathe turning TIG welding; laser and CNC plasma cutting SLA 3D printing; CNC routing; vacuum thermoforming; woodworking Plastic and rubber casting; industrial sewing (performance textiles) Electronics rework and soldering CAD/CAM (SolidWorks, Autodesk) and FEA

========== Best-fit projects ========== 

Teams approaching a high-stakes product decision: validation, manufacturing transfer, redesign, field deployment, or production ramp Internal engineering teams that are capacity-constrained or missing a key discipline Regulated, controlled, or mission-critical hardware programs where documentation and rigor matter

========== How engagements start ========== 

New clients typically begin with a Product Design & Risk Review, a decision-grade engineering review that identifies what's ready, what's risky, and what to do next before committing to a major engineering, manufacturing, or validation effort.

Talk through your next product decision at root3labs.com.