Robotics / autonomy / collaboration

Coral Servo

We build precise robotic systems for the moments that still need a human hand.

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White industrial robotic arm reaching over a precision metal assembly fixture — Hardware with a point of view

01 / Make the machine legibleHuman judgment stays in the loop

01 / Systems

Useful force, carefully directed.

Coral Servo is a robotics studio for teams moving physical work into a more capable, more considered future.

A / 04

Robotic cells

Modular workstations for repeatable assembly, inspection, and material handling.

B / 04

Servo logic

Control systems that make precision visible, tunable, and safe to operate.

C / 04

Human interfaces

Tools and handoffs designed around the people who know the work best.

D / 04

Field tuning

On-site calibration that turns a promising prototype into a dependable rhythm.

02 / Applications

Built for the shift between hands.

From the first fixture to the final handoff, we design systems that respect real environments and real operators.

Production / 01

Repeat the important parts.

Our cells take on the precise, physically demanding steps so skilled teams can spend more time on judgment, craft, and improvement.

01clear motion

24/7ready rhythm

∞room to tune

Collaboration / 02

Keep people close.

We map the operator experience before we map the arm. That is how an automated process stays understandable on its busiest day.

02open inputs

1:1human scale

↗shared progress

03 / Lab notes

A better machine begins with a better question.

We bring mechanical, controls, and interface thinking into the same room. The result is less theater, more working hardware.

Bring us a hard problem

04 / Process

Small steps. Real signals.

Our process is intentionally visible: every phase leaves behind a useful artifact, not a cloud of jargon.

Observe

We watch the work in its natural habitat, then name the friction worth removing. Read the phase +

Shape

We model the cell, the edge cases, and the human handoff before specifying hardware. Read the phase +

Prove

We test a narrow slice, tune the motion, and make the unknowns easy to see. Read the phase +

Release

We train the team, document the decisions, and stay close through the first real shift. Read the phase +

05 / Contact

Let’s make a useful machine.

Tell us where the process catches. We’ll bring the first questions.