We make the part.

What we do

We make parts. We machine, we turn, we print, we weld, and we assemble. We work from one prototype to a production run. We build from our own design, or from a drawing that you bring to us.

We also design the automation behind the work. We prove a system with engineering analysis before it is built. The design work supports the build. The finished part is what we deliver.

Fabrication and manufacturing

This is the core of the shop. We cut, machine, print, and join metal and plastic, then we assemble and test the finished work.

In-house capability

CNC machining	Milling to your drawing and tolerance
Turning	Lathe work for round and shaft parts
Plastic 3D printing	Additive parts for form and function
Metal 3D printing	Additive metal parts for functional use
Welded fabrication	Frames, structures, and weldments in steel
Assembly & integration	Electromechanical build, wiring, and test
Inspection & test	Dimensional inspection and functional test on every serial

What you receive

You receive the finished part, made to the drawing, inspected and tested. You receive the build record with it. The work belongs to you.

Automation design

Secondary to the shop, and often the first step before it: we design automation systems. We turn a task into a system that can do it. We define the machines, the motion, the sensing, the controls, and the safety approach. The output is a design package that we build to, or that another party can build to.

Design deliverables

Concept design	The system approach for your task and rate
System architecture	Machines, stations, and material flow
Controls strategy	PLC, HMI, and integration approach
Safety approach	Guarding, interlocks, and risk reduction
Equipment specification	Components and vendors to source

Engineering analysis

We test an idea before you spend on it. We find the risk, the cost, and the throughput. We model the parts of the system that carry the most doubt, and we report what we find in plain terms.

Analysis deliverables

Feasibility study	Can the concept meet the requirement
Throughput analysis	Rate, bottlenecks, and utilization
Engineering analysis	Structural, thermal, and motion modeling
Risk analysis	Failure modes and their effects
Cost and justification	Capital, payback, and trade-offs