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

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Turbine manufacturing access platform

Turbine Manufacturing Facility Access Platform System

The CNC machining centres were months away, ordered from overseas, when the platform had to be engineered. JE worked from machine specifications alone and delivered a custom access and fall protection system that was installed and operational before the equipment landed.
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Project record
Delivered
Drawn from paper
the machines were still at sea
Designed from Machine specifications
Structure Custom steel
Installed Before the CNC arrived
  • New-build turbine production facility
  • Engineered from machine drawings only
  • Custom steel · six functions, one structure
  • Installed before the CNC arrived
01
The challenge

One Structure, Six Jobs, No Machine to Measure

The customer needed a fully engineered access and fall protection platform designed around large CNC machines that hadn’t arrived yet — using only machine specifications, facility layouts, and operational requirements — while also accommodating CMM inspection equipment and facility cleaning access underneath the structure.
Platform functions // section 6 IN ONE
Facility floor slab CNC machining centre (spec only, not yet delivered) Structural leg and maintenance stair Operator deck and guardrail CMM inspection bay Floor kept clear for cleaning access
Every leg lands in the floor beside the machines, never inside a machine footprint — which is what keeps three corridors clear for cleaning personnel, and what made the whole structure buildable from drawings alone.

Constraint 01

No Physical Equipment to Design Around

The system had to be engineered entirely from specifications before machines arrived.

Constraint 02

Multi-Function Requirement

Needed to support production, CMM inspection, and facility cleaning simultaneously.

Constraint 03

Pre-Installation Timeline

Platforms needed to be installed and operational before equipment delivery.
02
The solution

Drawings In, Finished Structure Out

JE worked directly with the customer using machine drawings, specifications, and workflow requirements to engineer a custom steel platform system — integrating fall protection, CNC machine access, dedicated CMM inspection accommodations, and material handling support, all designed before the equipment ever arrived.
Each constraint answered by a design decision

Constraint 01

The system had to be engineered entirely from specifications before machines arrived.

Design decision

Specification-Led Engineering

JE worked from machine drawings, facility layouts and workflow requirements — the platform geometry was derived from the documents, not from a site survey of installed equipment.

Constraint 02

Needed to support production, CMM inspection, and facility cleaning simultaneously.

Design decision

One Structure, Six Zoned Functions

Integrated guardrails and elevated operator access, a maintenance stair, material handling at deck level, a dedicated CMM inspection bay, and three clear floor corridors — every structural leg lands beside the machines rather than inside a footprint.

Constraint 03

Platforms needed to be installed and operational before equipment delivery.

Design decision

Built Against the Shipping Schedule

Fabrication and installation ran while the machining centres were still in transit, so the structure was complete and compliant on the day the equipment landed.

What the one structure carries // functions

6 USES

F1

Operator access

Working the machining centres from the deck.
F2

Maintenance access

A stair to service the machines in place.
F3

Fall protection

Guardrails and elevated access designed for compliance objectives.
F4

Material handling support

Moving stock and finished parts at deck level.
F5

CMM inspection

Dedicated accommodations for Coordinate Measuring Machine operations.
F6

Facility cleaning

Open design allowing cleaning personnel to access areas beneath the platforms.
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03
Operational impact

Fully Installed and Operational Before the Equipment Arrived

The access platforms and fall protection systems were installed and fully operational before the CNC machines were even delivered — reducing installation risk and accelerating production readiness the moment equipment arrived.

Steel stood waiting

Production-Ready Before Equipment Arrival

Platforms installed and ready before CNC machine delivery.

Two jobs, one deck

Support for Manufacturing and Inspection

Design accommodated both production and CMM inspection activities.

Broom reaches under

Cleaner Operating Environment

Designed to allow cleaning and maintenance beneath the platform system.
JE engineered and installed the complete access, fall protection, and CMM inspection support system using only machine specifications — production-ready the moment the CNC equipment was delivered, months after the platform system was already in place.
05
Technical & operational FAQ

Frequently Asked Questions

Q01

Did JE have access to the actual CNC machines during design?

No — the system was engineered using machine specifications, facility plans, and customer requirements before the equipment arrived.
Q02

What functions did the platform support beyond basic access?

Operator access, maintenance access, fall protection, material handling support, CMM inspection activities, and facility cleaning underneath the structure.

Let's Turn Your Requirements Into a Solution

Equipment still on order? A platform can be engineered from the specifications and waiting when it lands.
Turbine facilityBuilt around equipment no catalogue accommodates.
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