Services

Mechanical engineering from product design through prototype assembly.

Payson Labs designs product housings, mechanisms, and motion systems, coordinates prototype fabrication, reviews designs, writes and executes prototype test plans, and completes limited rework and final assembly.

01

Housings & Mechanisms

Concept development, CAD, housings, enclosures, mechanisms, materials, tolerances, and fabrication drawings.

Three machined aluminum components
02

Motion & Mechatronics

Motor design and selection, servo and closed-loop motion control, drivetrain and actuation design, encoder and sensor integration, and robotic mechanisms.

03

Prototype Sourcing

In-house 3D printing plus coordination of independent manufacturing partners. Payson Labs sources the appropriate outside processes and suppliers to get the parts a prototype requires made.

A production batch of 3D-printed polymer components laid out for inspection
04

Design Reviews

Focused reviews for manufacturability, functionality, materials, tolerances, assembly flow, supplier feedback, and design improvement.

Machined components arranged for dimensional review
05

Prototype Testing

Writing and executing agreed functional test plans for prototypes, recording observations and data, and reporting results.

A measurement probe positioned against a machined component during inspection
06

Prototype Assembly & Rework

Final prototype assembly and limited bench rework such as simple drilling and tapping. Production machining is handled by outside contract manufacturers.

Die-cut and adhesive-bonded components staged for assembly

Motion & Mechatronics

Motors, servo control, sensors, and robotics.

Motors & Actuation

Motor and actuator sizing and selection across brushless, stepper, brushed DC, and gearmotor drives, together with the drivetrain, mounting, and thermal packaging built around them.

Servo & Motion Control

Closed-loop servo and motion-control work: axis architecture, encoder and feedback selection, drive configuration, tuning, and motion profiles that hold up on real hardware.

Sensors & Robotics

Sensor selection, mounting, and integration for position, limit, proximity, force, and temperature feedback, applied to robotic mechanisms and automated motion.

Project Types

Built for broad engineering problems.

New Product Design

Mechanical housings and mechanisms developed from requirements through fabrication-ready CAD and drawings.

Prototype Programs

Part sourcing, vendor coordination, in-house 3D printing, limited rework, and final assembly for client prototype projects.

Motion & Robotics

Motor-driven and servo-controlled mechanisms, sensor and feedback integration, and robotic motion developed alongside the mechanical hardware that carries it.

Design Reviews & Testing

Independent design review plus documented functional testing performed to an agreed prototype test plan.

Operating Scope

Design-led prototype support with outside manufacturing.

Payson Labs works from Murrieta, California, serving clients from San Diego to Riverside and remote clients nationwide. It can 3D-print parts in house and may perform limited bench rework and final assembly. Machined and otherwise fabricated parts are normally made by independent contract manufacturers that Payson Labs helps manage. Payson Labs does not operate a production machine shop, sell its own product line, or offer signed or sealed drawings. Testing does not include independent product certification or regulatory approval.

Recent Work

Parts from recent prototype and production programs.

A machined aluminum component seen from the front
Machined aluminum component, front view
A machined aluminum component, interior view
Machined aluminum component
A machined component
Machined component
3D-printed components laid out in a row
3D-printed components
A production batch of custom 3D-printed components arranged in pairs
Custom 3D-printed components, production batch
A thread plug gauge checking a tapped hole in a printed component
Thread gauge checking a tapped hole
A batch of custom components
Custom components, production batch
A component set up on the machine bed during machining
Component being machined