3D Scanning and Fabrication Services in Maryland
Kemperle Industries provides 3D scanning, reverse engineering, CNC machining, and custom fabrication services to clients throughout Maryland from its Brooklyn, NYC studio. Maryland’s industrial landscape is remarkably diverse — federal defense and aerospace contractors clustered around the DC suburbs, a major biotech and medical device corridor along the I-270 technology hub, precision manufacturing in Baltimore, and maritime fabrication on the Chesapeake. All of it generates technically demanding work that benefits from the kind of integrated, full-service capability Kemperle has delivered for over 40 years.
From Bethesda and Silver Spring to Baltimore, Annapolis, and the Eastern Shore, we work with Maryland clients who need engineering-grade results on projects that don’t fit standard vendor catalogs.
3D Scanning Services in Maryland
3D scanning provides the precise digital geometry that makes downstream engineering, inspection, and fabrication possible. We deploy structured-light and laser scanning systems capable of engineering-grade accuracy from small components to large assemblies, and we work either in-studio (parts shipped to Brooklyn) or on-site at Maryland facilities for large or non-removable assets.
Baltimore to Brooklyn is roughly three hours by road, and next-morning courier delivery is standard from anywhere in the state. For most in-studio projects, parts arrive Tuesday and finished scan data and models are delivered by end of the following week.
Reverse Engineering for Maryland’s Defense and Aerospace Sector
Maryland is home to a dense cluster of federal defense contractors, research laboratories, and aerospace suppliers — from the Aberdeen Proving Ground corridor to the Lockheed Martin and Northrop Grumman facilities in the DC suburbs. In these environments, reverse engineering is a practical engineering discipline, not a workaround. Legacy equipment, discontinued components, and inherited hardware without documentation all require the ability to generate accurate CAD models from physical geometry.
We produce fully dimensioned solid and surface models in the formats Maryland engineering teams use — validated against scan data, delivered in neutral and native CAD formats, and ready for downstream machining, inspection, or design modification. We can execute NDAs before beginning any sensitive project.
Precision Fabrication: CNC Machining, 3D Printing, and Molding
Our CNC machining capability moves verified CAD models to finished parts — aluminum, steel, brass, titanium, and engineering plastics to tight tolerances, with no minimum order requirements that make short runs impractical. For complex geometry or faster turnaround, 3D printing in engineering materials provides an alternative or complement. And for parts requiring urethane casting, short-run molding, or texture replication, our molding and casting services complete the picture.
Metrology and Dimensional Inspection
Maryland’s defense, biotech, and medical device suppliers face rigorous dimensional verification requirements — first-article inspection, supplier qualification, and conformance documentation for customer and regulatory audits. Our metrology and inspection services produce calibrated, documented measurement reports using traceable equipment, tied to engineering drawings and tolerance specifications.
Industries We Serve in Maryland
Defense and Federal Contractors: The corridor from the DC suburbs through Fort Meade, Aberdeen, and Patuxent River supports one of the highest concentrations of defense contractors in the country. We work with suppliers and engineering teams on legacy component reverse engineering, tooling reproduction, custom bracket and fixture fabrication, and dimensional inspection where OEM support no longer exists and documentation is incomplete.
Biotech and Medical Devices: Maryland’s I-270 corridor — anchored by Rockville, Gaithersburg, and Frederick — hosts a major concentration of biotech and life sciences companies. Medical device manufacturers and contract manufacturers in the region work with us on precision component inspection, legacy hardware reverse engineering, and prototype fabrication where dimensional accuracy and documentation rigor align with regulated industry expectations.
Maritime and Naval: Maryland’s Chesapeake Bay coastline supports significant maritime industry — from recreational boatbuilding and custom yacht fabrication to naval maintenance operations at Patuxent River and the Port of Baltimore. Scanning is a natural fit for marine work: capturing hull geometry, custom hardware, and complex surface forms for reproduction, modification, or archival. We’ve applied the same workflows to marine projects as to our architectural and automotive work.
Architecture and Historic Preservation: Maryland has extraordinary architectural heritage — from the colonial-era buildings of Annapolis and St. Mary’s City to Baltimore’s ornate Federal Hill rowhouses, Victorian commercial architecture, and Beaux-Arts public buildings. We apply scan-to-fabrication workflows to preservation and restoration projects, producing accurate replicas of deteriorated ornamental elements. The same workflow that restored Broadway landmark theaters works for Maryland historic buildings. See our heritage and restoration page for context.
Museums and Cultural Institutions: Baltimore’s museum ecosystem — including the Walters Art Museum, the Baltimore Museum of Art, and the American Visionary Art Museum — works with fabricators and technical service providers for exhibition elements, artifact documentation, and architectural work. We’ve worked with institutions of similar caliber, including the Guggenheim in New York, on projects where precision and craft are equally required. See our sculpture and public art page.
Automotive and Custom Fabrication: Maryland has an active custom automotive community, particularly around Baltimore and the DC suburbs. We work with shops and builders on scanning, reverse engineering, and fabrication work that demands accuracy — from reproduction of discontinued body components to custom suspension geometry and bracket fabrication. More on our aftermarket automotive page.
Serving Maryland from Brooklyn
Most Maryland clients ship parts to our Brooklyn studio via standard courier — Baltimore to Brooklyn is next-morning by any major carrier. For DC-area clients, the same applies. For on-site scanning at Maryland facilities — large equipment, installed assemblies, or anything that can’t be shipped safely — we arrange site visits. The drive from Brooklyn to Baltimore is under three hours; to the DC suburbs, roughly three to four hours depending on traffic.
The integrated nature of our operation is particularly valuable for Maryland clients dealing with multi-step projects. Rather than coordinating a scanner, a CAD modeler, a machine shop, and a casting house — all of whom need to communicate about tolerances and material properties — Maryland clients work with one team that handles everything. That’s a real advantage on technically complex work with tight timelines.
Call us at 718-557-9578 or reach out online to discuss your project.
Frequently Asked Questions
Do you handle defense-related work with confidentiality requirements?
Yes. We’re accustomed to working with clients in sensitive industries and can execute mutual NDAs before beginning any work. We don’t discuss client projects publicly or share project details with third parties. Contact us to discuss your specific confidentiality requirements before submitting any project information.
Can you work with the CAD formats used in defense and aerospace engineering?
We deliver in STEP and IGES for neutral format exchange, and in native formats for major CAD platforms including SOLIDWORKS, PTC Creo, Siemens NX, Catia, and others. Let us know your platform and version when you submit your project and we’ll confirm compatibility.
How accurate is your scanning for precision aerospace or medical device components?
Our structured-light and laser scanning systems achieve measurement uncertainty in the range of ±0.025–0.1mm for most engineering-grade work, depending on part size and geometry. For very small or very complex parts with tight tolerance requirements, we select the appropriate scanning methodology and discuss accuracy expectations before starting. We don’t oversell capabilities — if your tolerance requirement exceeds what we can reliably achieve, we’ll tell you upfront.
Do you work with biotech or medical device companies on inspection documentation?
Yes. Our dimensional inspection reports are detailed, calibrated against engineering drawings, and produced using equipment with traceable measurement uncertainty. If your process has specific documentation, format, or traceability requirements, discuss them with us before we begin and we’ll confirm we can meet them.
What’s the easiest way to get a quote for a reverse engineering project?
Send us photos and a brief description of the part and what you need from it — ideally including the end use, any tolerance requirements, and the CAD format you need. Call us at 718-557-9578 or use our contact form. We’ll review and give you a realistic estimate within a day or two, usually sooner.