Ming-Style Chair — Exploded Assembly View
Siemens NX digital model showing the chair structure, traditional mortise-and-tenon joinery, component relationships, and exploded assembly view.
FangcunCraft
View Work on Upwork
Precision CAD • CNC Manufacturing • Reverse Engineering
Precision CAD Design
for Manufacturing
Siemens NX modeling, CNC-ready CAD files, and reverse engineering for physical products. FangcunCraft transforms concepts, existing parts, and complex structures into accurate digital models developed with real-world manufacturing requirements in mind.
About
FangcunCraft provides precision CAD design and manufacturing-ready modeling for physical products. Using Siemens NX, CNC manufacturing knowledge, and hands-on manufacturing experience, I transform concepts, existing parts, and complex structures into accurate digital models ready for the next stage of production.
From mechanical components and reverse engineering to timber structures and furniture joinery, every design is developed around fit, dimensional accuracy, assembly logic, and practical manufacturing requirements.
Services
Siemens NX Precision CAD Modeling
Parametric models for components, assemblies, and complex structures
with accuracy and manufacturing requirements in mind.
Reverse Engineering & Scan-to-CAD
Transform existing parts, STL files, measurements, or scan data
into accurate and structured CAD models.
Mechanical Components & Assemblies
Precision modeling for functional components, assemblies,
product development, and manufacturing documentation.
CNC Manufacturing-Ready Files
STEP/STP and other CAD deliverables developed with machining,
material, fit, and assembly requirements in mind.
Technical Assembly Animation
Clear visual communication of component relationships,
assembly logic, exploded views, and structural sequences.
Timber Structures & Furniture Joinery
Traditional timber structures and furniture joinery developed
through modern CAD and CNC-oriented workflows.
Selected Work
Ming-Style Chair | CNC Joinery Design
Detailed Siemens NX design of a traditional Ming-style chair featuring complex mortise-and-tenon joinery and manufacturing-oriented timber components. Digital design only; no physical validation is claimed.
Ming-Style Round Stool | Precision Timber CAD
Siemens NX design of a traditional Chinese round stool with precision timber joinery and CNC-oriented component development. Structurally related to the Ming-style chair, with a distinct circular form and joinery configuration.
Zuiweng Pavilion | Timber Structure & CNC Manufacturing
Complex timber pavilion structure developed in Siemens NX and subsequently manufactured as a physical CNC-machined product. The project demonstrates detailed structural modeling and manufacturing-oriented component development suitable for repeat production.
Zhaoqing Meian Temple | Timber Architecture Reconstruction
Detailed reconstruction of the traditional timber structure of Zhaoqing Meian Temple using Siemens NX. The project involved thousands of individual structural components and was developed through a CNC manufacturing workflow into a physical hardwood model.
Foguang Temple Bracket | Parametric CAD & CNC Manufacturing
Detailed reconstruction of a traditional timber bracket system using Siemens NX, followed by CNC machining and physical assembly. The design and manufacturing workflow is suitable for repeat production.
Foguang Temple Bracket | CNC Assembly
Video showing the assembly of CNC-machined hardwood bracket components developed from the Siemens NX digital model.
CAD & Manufacturing Feasibility Review
Need technical feedback before starting a CAD, CNC, or reverse engineering project? We can review your concept, existing part, or scanned data and discuss the appropriate CAD approach, manufacturing feasibility, CNC requirements, assembly logic, and next development steps.
This consultation focuses on engineering direction and design feasibility, not free CAD development work.
Discuss Your Project
Have a CAD, CNC, reverse engineering, or product development project in mind? Send me the details below.