3D Scanning and Fabrication Services in West Virginia
Kemperle Industries provides 3D scanning, reverse engineering, CNC machining, and custom fabrication services to clients throughout West Virginia from its Brooklyn, NYC studio. West Virginia’s industrial character is shaped by energy extraction, heavy industry, chemical manufacturing, and a growing advanced manufacturing base. These sectors generate exactly the kind of practical, problem-solving fabrication work that Kemperle has been doing for over 40 years — reproducing parts that no longer have supplier support, documenting equipment before modification, and fabricating custom components that no catalog covers.
From Charleston and the Kanawha Valley chemical corridor to Huntington, Morgantown, and the northern panhandle’s steel and glass country, we work with West Virginia clients on engineering problems that require precision capability and straightforward, honest project management.
3D Scanning Services for West Virginia Industries
3D scanning converts physical objects into precise digital geometry — the foundation for reverse engineering obsolete parts, performing dimensional inspection, documenting equipment before retrofit, or creating CAD models from physical prototypes. We deploy structured-light and laser scanning systems capable of engineering-grade accuracy across a wide range of part sizes, from small machined components to large industrial assemblies.
West Virginia clients ship parts to our Brooklyn studio via standard courier — Charleston to Brooklyn is next-morning by any major carrier, and Morgantown or Huntington are similar. For large equipment or installed assets that can’t be shipped, we arrange on-site scanning visits.
Reverse Engineering for West Virginia’s Energy and Industrial Sector
West Virginia’s energy infrastructure — coal, natural gas, and increasingly advanced energy technology — runs on equipment that is decades old in many cases, sourced from manufacturers that may no longer exist, with spare parts that are no longer available at any price. Reverse engineering is often the only practical solution: scan the worn or damaged component, produce a verified CAD model, and fabricate a replacement to the original geometry.
The same applies in the Kanawha Valley’s chemical and polymer manufacturing operations, where process equipment often predates modern CAD and replacement parts require starting from scratch. We’ve handled this kind of work across industrial sectors for four decades — there’s very little we haven’t seen.
CNC Machining and Fabrication
Our CNC machining capability takes verified CAD models through to finished replacement parts — aluminum, steel, brass, and engineering plastics to tight tolerances, with realistic lead times for industrial maintenance work. For complex geometry or faster turnaround, our 3D printing in engineering materials provides an alternative or complement. For parts requiring casting or urethane production, our molding and casting services handle the downstream work.
Dimensional Inspection
Our metrology and dimensional inspection services provide calibrated, documented measurement of parts against engineering specifications — useful for verifying replacement parts before installation, qualifying vendor components, and producing documentation for maintenance records.
Industries We Serve in West Virginia
Energy and Extraction: West Virginia’s oil, gas, and energy infrastructure runs on equipment where replacement parts are expensive, slow to arrive, and sometimes simply unavailable. We work with maintenance and engineering teams on scanning worn components, producing reverse-engineered replacements, and fabricating custom fittings and hardware for equipment modifications. Speed and accuracy both matter in these environments, and we deliver on both.
Chemical Manufacturing: The Kanawha Valley chemical corridor — one of the oldest and most concentrated chemical manufacturing zones in the United States — generates steady demand for custom process components, replacement fittings, and engineering documentation for aging facilities. We work with chemical plant maintenance teams and engineering contractors on the practical fabrication problems that keep facilities running.
Steel and Heavy Industry: West Virginia’s northern panhandle, centered on Weirton and Wheeling, has a long tradition of steel and heavy industrial production. We work with industrial suppliers and maintenance teams in this corridor on tooling reproduction, fixture fabrication, and dimensional inspection of machined components.
Higher Education and Research: West Virginia University in Morgantown and Marshall University in Huntington both have engineering and research programs that occasionally need external fabrication and scanning capability — for research prototypes, laboratory equipment, and design projects that go beyond campus shop capabilities. We work with university engineering teams and researchers on these kinds of projects.
Heritage and Restoration: West Virginia’s 19th-century industrial and civic architecture — the Victorian commercial buildings of Lewisburg and Harpers Ferry, the ornate courthouses and churches of the mountain towns — contains detailed ornamental work that requires careful, scan-based restoration when deteriorated. We apply the same scan-to-fabrication approach to West Virginia preservation projects that we’ve used on landmark restorations in New York and along the East Coast. See our heritage and restoration page.
Serving West Virginia from Brooklyn
Most West Virginia clients ship parts to our Brooklyn studio by overnight courier. Charleston, Huntington, and Morgantown all have reliable next-morning delivery options to Brooklyn. For on-site scanning of large or installed equipment — a common need in industrial maintenance contexts — we plan site visits. West Virginia is a four-to-six-hour drive from Brooklyn depending on destination, and we’ve made that trip for clients where the project justifies it.
We’re straightforward to work with: clear project scoping, honest timelines, and fabrication results that actually match the specs. If you’re dealing with an industrial maintenance problem that requires precision scanning and fabrication, we’d like to hear about it.
Call us at 718-557-9578 or reach out online.
Frequently Asked Questions
Can you reverse engineer parts from very old or worn industrial equipment?
Yes — that’s one of the most common scenarios we handle. Worn, corroded, or damaged surfaces can affect scan quality, but we use scanning aids and processing techniques to get reliable geometry from imperfect parts. For severely damaged components, we sometimes scan a mating part or surviving reference to reconstruct the original geometry. Tell us the condition of your part when you reach out and we’ll discuss the best approach.
How quickly can you turn around a replacement part for a maintenance situation?
It depends on complexity. For a simple to mid-complexity part, we can typically deliver a verified CAD model within a week of receipt and a machined replacement within two to three weeks total. For urgent situations — equipment down, production stopped — tell us upfront and we’ll prioritize accordingly. Call us directly for time-critical work: 718-557-9578.
Do you work with industrial materials like hardened steel, cast iron, or specialty alloys?
Our scanning systems work regardless of material composition. For fabrication, we machine a wide range of metals and plastics — tell us what material you need the replacement part in when you submit your project and we’ll confirm whether it’s within our machining capabilities or whether casting is a better approach for that material.
Can you scan large industrial equipment on-site?
Yes. For equipment that can’t be removed from a facility — large process components, installed machinery, structural elements — we deploy scanning equipment on-site. Contact us to discuss what access and setup time we need; most on-site industrial scanning setups take a half to full day depending on the size and complexity of the asset.
Do you need engineering drawings to start a reverse engineering project?
No — that’s the point. Reverse engineering starts from the physical part when drawings don’t exist. Send us the part (or invite us on-site), and we produce the geometry and the model from scratch. If you have partial drawings or reference information, we’ll use it to validate and improve the model — but it’s not a prerequisite.