Capabilities
In-house making backed by broader technical problem-solving.
Use a single fabrication capability or combine mechanical design, prototyping, electronics, data, and software around a clearly scoped result.
Processes & working ranges
Practical limits leave room for real setups.
Final capacity depends on geometry, workholding, orientation, tooling, material, supports, and finishing requirements.
Three-Axis CNC Milling
Common project envelope: approximately 10 × 10 × 3 inches
Typical tolerance: ±0.005 inch or better when geometry, material, and setup permit
Machined prototypes and small-batch parts with a primary focus on non-ferrous metals, plastics, and composites.
Functional FDM Printing
Single-material projects: up to approximately 13 × 9 × 9 inches
Dual-material projects: up to approximately 11.5 × 9 × 9 inches
Useful for functional prototypes, fixtures, housings, and iterative design work.
High-Detail Resin Printing
Common project envelope: up to approximately 6 × 3 × 6 inches
Suited to small components, visual models, master patterns, and geometry that benefits from fine resolution.
Laser Cutting & Engraving
Common project area: approximately 10 × 10 inches
Marking, engraving, and profile cutting for compatible materials. Limits depend on material, thickness, finish, and safety requirements.
Mold Making & Casting
Common pressure-vessel envelope: approximately 6 × 6 × 6 inches
Suitable for small molds, cast prototypes, reproductions, and short-run components where casting is the practical process.
Inspection & Quality
Current inspection resources include calipers, dial indicators, and fundamental shop metrology.
Additional project-specific inspection equipment can be added when the work justifies it.
Integrated product & equipment development
When custom parts, electronics, and software must operate as one unit.
ncKraft can research the problem, define the system, design the assembly, make custom hardware, integrate electronics, develop software, and bring the pieces together into a working product.
These multidisciplinary projects are accepted selectively after the required interfaces, risks, validation needs, and service boundaries are understood.
IMAGE PLACEHOLDER · 1600 × 800 PX · CROP 2:1
Suggested image
Overhead or three-quarter view of an integrated build in progress: machined parts, enclosure, electronics, wiring, and a laptop or software interface.
RESEARCH & DEFINE
Technical research and system architecture
Study the application, evaluate existing technology, define interfaces, and determine what must be designed or sourced.
DESIGN & BUILD
Assembly design and custom hardware
Develop enclosures, mechanisms, interfaces, and machined components that locate, protect, and connect the system.
INTEGRATE & VERIFY
Electronics, software, and final assembly
Integrate sensors, controls, data acquisition, wiring, and software, then assemble and test the complete unit against its intended function.
File compatibility
File formats that keep projects moving
Use the most useful format you already have. Compatibility and any conversion needs are confirmed during project review.
Not sure which format is useful?
Start with a project description and note the files available. ncKraft will recommend a format and arrange the exchange after the initial review.
- STEP / STP — preferred for accurate, editable 3D solid models
- IGES / IGS or SAT — exchange formats for 3D surfaces and solids
- STL, 3MF, or OBJ — mesh files commonly used for 3D printing and visual reference
- DWG or DXF — 2D CAD geometry for profiles, layouts, and manufacturing drawings
- PDF — easy-to-review drawings, dimensions, specifications, and reference documents
- SVG or EPS — scalable vector artwork for cutting, engraving, and marking
- PNG, JPG / JPEG, or TIFF — photos, sketches, visual references, and raster artwork
- Native source files — reviewed when practical; neutral exchange formats may be requested
