Apopka, Florida // Engineering & Manufacturing // Est. 2004

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Production floor, not the flightline

Aerospace Manufacturing Access System

"This almost works. We need it to work 100%."

A leading space industry contractor manufacturing critical engine components had a competitor’s platform on the floor that addressed some of the requirement and none of the workflow. JE started with an on-site assessment instead of a catalogue.
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Project record
Delivered
Almost → 100%
the customer's own measure of done
Sector Space engine components
Replaced A partial-fit competitor platform
Designed from An on-site assessment
  • Space industry contractor · engine components
  • Replaced a partial-fit competitor platform
  • Designed from an on-site assessment
  • Built to scale with production
01
The challenge

What "Almost Works" Looks Like on a Production Floor

The customer needed safe access to engine components during manufacturing while maintaining production efficiency. A competitor-designed solution addressed some requirements but didn’t align with the customer’s actual workflow, facility layout, or production process — creating ongoing operational friction rather than a fix.
Access height at each work point // elevation 2 OF 6 vs 6 OF 6
Competitor platform One deck at a single height
WP1 WP2 WP3 WP4 WP5 WP6

Serves two of six work points. At the other four the technician is reaching up or stooping down.

JE platform A deck stepped to each work point
WP1 WP2 WP3 WP4 WP5 WP6

Serves all six, at the height each task is actually performed.

Facility floor slab Engine component at a work point Competitor deck, one fixed height JE deck, stepped to the work point Height the fixed deck does not serve
The six work points are identical in both views. One flat deck at a single height serves two of them; a deck stepped to each work point serves all six. That difference is the whole of "almost works."

Constraint 01

Partial-Fit Existing Solution

A competitor’s platform addressed some needs but not the full workflow.

Constraint 02

Facility & Process Constraints

The solution needed to fit existing facility layout and production requirements.

Constraint 03

Growth Requirement

The platform needed to support both current operations and future scaling.
02
The solution

The Workflow Stayed. The Platform Moved.

JE began with an on-site evaluation of the manufacturing environment, observing production activities and engaging directly with operators and engineers. Rather than modifying the customer’s workflow to fit a standard platform, JE designed the platform around the workflow itself.
Each constraint answered by a design decision

Constraint 01

A competitor’s platform addressed some needs but not the full workflow.

Design decision

Site Assessment

A detailed on-site evaluation of production operations and facility requirements — observing production activities and engaging operators and engineers directly, rather than matching the requirement to a catalogue item.

Constraint 02

The solution needed to fit existing facility layout and production requirements.

Design decision

Engineering & Design

A custom solution built around actual technician movement and manufacturing steps, so the workflow and the facility layout stayed as they were and the platform took the irregular shape.

Constraint 03

The platform needed to support both current operations and future scaling.

Design decision

Manufacturing & Delivery

Fabrication of a rugged, production-ready system, delivered and integrated on-site, engineered to carry current production and scale with it.

How the design was arrived at // three stages

FLOOR FIRST

01

Site assessment

Detailed on-site evaluation of production operations and facility requirements.
02

Engineering & design

Custom solution built around actual technician movement and manufacturing steps.
03

Manufacturing & delivery

Fabrication of a rugged, production-ready system, delivered and integrated on-site.
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03
Operational impact

From "Almost Works" to a Fully Customer-Aligned Production Platform

The finished platform eliminated the compromises created by adapting to a partially-fitting product, giving technicians safe, ergonomic access built around how the customer actually manufactures its engines.

Nobody works around it

Improved Worker Safety

Safe, reliable access throughout the manufacturing process.

Line keeps its rhythm

Increased Production Efficiency

Designed around actual workflows rather than forcing adaptation.

No more compromise

Improved Maintainer Productivity

Eliminated compromises from a partial-fit solution.

Room to grow into

Long-Term Manufacturing Value

Scalable platform supporting current and future production.
The customer explicitly rejected a competitor’s partial-fit solution in favour of a platform engineered from an on-site assessment of their actual manufacturing process — closing the gap a generic product couldn’t.
05
Technical & operational FAQ

Frequently Asked Questions

Q01

Why wasn't the existing solution sufficient?

The competitor’s design addressed some requirements but did not fully support the customer’s workflows, facility constraints, and production objectives.
Q02

What industries can benefit from a similar approach?

Aerospace manufacturing, space systems production, and defense manufacturing — any environment where the production process is fixed and the access equipment has to be shaped around it.

Let's Turn Your Requirements Into a Solution

Living with a platform that almost works? Start with a walk of the floor, not a catalogue page.
Aircraft MROContoured to the airframe, clear of the surface.
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