Mechanical design
SolidWorks, AutoCAD, and Inventor development for machines, frames, fixtures, assemblies, formed parts, and production tooling.
Engineering
Designed for the floor. Detailed for the build.
The model is only valuable when the machine, fixture, or assembly can be built, wired, operated, maintained, and trusted in production.
Concept visualization · temporary presentation image
Core disciplines
Engineering that stays connected to manufacturing.
Design for manufacturing
Parts and systems developed around cutting, forming, welding, assembly, service access, material use, and real shop capability.
Fixture engineering
Controlled location, alignment, clamping, access, sequencing, and verification designed into repeatable production setups.
Electrical & controls architecture
Component layout, machine wiring, labeled conductors, motion devices, sensors, power distribution, and service-minded integration.
Prototype development
Fast concept refinement through CAD, fabrication, fit-up, testing, revision, and documented production learning.
CAD-to-floor implementation
Design intent carried through fabrication and installation instead of stopping at a model or drawing package.
CAD to floor
The drawing package stays connected to the physical build.
LaserX Design evaluates structure, access, fabrication method, wiring space, assembly sequence, and serviceability while the model is still changing—then carries those decisions through fabrication and integration.
See the X Series case study ↗SolidWorksassemblies, fixtures, machines, sheet metal
AutoCADlayouts, drawings, manufacturing documentation
Inventormechanical assemblies and production concepts
CAD → floordesign carried through real implementation