72h multi-process sprint

Coherent Laser Builds Tooling Cells Fast Enough for Real Engineering Decisions.

Upload a drawing package once and compare laser-cut fixtures, machined nests, printed validation aids, and inspection-ready tooling in one controlled quote workflow.

Laser tooling prototype cell
72h DFM response target for qualified prototype tooling requests
01

CNC Tooling

Machined nests, gauges, aluminum fixtures, and hardened details prepared for first-article review.

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02

Laser-Ready Frames

Cut, bent, welded, and finished equipment panels routed through documented release checks.

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03

Printed Validation Aids

SLS, SLA, and MJF assists for fit checks, assembly trials, and operator training builds.

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04

Bridge Fixtures

Short-run tooling packages that hold tolerances while the long-term cell is being qualified.

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05

Inspection Packs

FAI, material certs, calibration notes, and GD&T checkpoints organized before shipment.

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1.8M+machining and tooling actions logged
4,555+engineering quote packets reviewed
17 yrsprocess record across prototype programs
18validated tooling and equipment routes
27active material and finish controls
Fixture inspection bench
Engineering controls

Designed for teams that cannot wait for a perfect drawing to start learning.

Coherent Laser structures every sprint around practical manufacturing evidence: DFM questions, tolerance risks, material substitutions, inspection gates, and handoff notes for the next build. The goal is not a pretty prototype alone. The goal is a part, fixture, or tooling cell that teaches your team what should change before procurement locks the production path.

DFM in plain terms

We flag thin walls, heat zones, bend relief, datum conflicts, weld access, and fixture clamping risks before the first cut.

Parallel process quoting

Machining, laser fabrication, additive aids, and bridge tooling can be reviewed side by side from the same CAD packet.

Inspection-ready handoff

FAI notes, material cert requests, and GD&T assumptions are captured while the order is still flexible.

Bridge-to-production route

Short-run tooling is documented so lessons transfer into repeat cells, vendor packages, and future ECOs.

Industry builds

Industries We Serve

From AS9100D-style aerospace documentation to clean medical device build records, each vertical gets a manufacturing plan that respects review pressure.

Aerospace tooling

Aerospace

Datum discipline, traceable material requests, and fixture repeatability.

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Automotive prototype line

Automotive

PPAP thinking, launch timing, and bridge tooling for pilot builds.

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Medical device fixture

Medical Devices

Clean documentation boundaries and validation-friendly assembly aids.

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Defense hardware fixture

Defense

Controlled communication paths, drawing discipline, and supplier evidence.

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Energy tooling

Energy

Heavy-duty brackets, test rigs, and thermal or vibration-aware details.

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Electronics equipment frame

Electronics

Cosmetic panels, assembly nests, and controlled packaging for reviews.

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Industrial automation tooling

Industrial Automation

Robot end-use tooling, equipment frames, and serviceable guarding.

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Robotics prototype fixture

Robotics

Fast iteration for grippers, test stands, and low-volume equipment parts.

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Buyer note
"Coherent Laser gave our launch team a fixture set, inspection notes, and a realistic bridge plan before our internal tooling review closed."

Senior Manufacturing Engineer, industrial automation program

Start the sprint

Send the drawing package that keeps stalling your tooling review.

We will return a practical route with process options, risk notes, and the evidence your team should request before production intent hardens.