Start an inquiry→

Engineering / Build / Coordinated execution

Build the equipment.
Prepare the factory.

After the order and approved engineering release, equipment manufacturing and customer site preparation move forward as coordinated workstreams—so foundations, utilities and access are ready when the board production line arrives.

04 — BUILD

One schedule, two connected workstreams

Factory and site
move forward together.

The build stage is not limited to machine fabrication. It also controls the drawings, site interfaces and readiness evidence needed for efficient installation.02× coordinated workstreams

Parallel project execution

Equipment build.
Site preparation.

Both sides work from controlled information and agreed interfaces. Progress is reviewed at defined synchronization points before verification and shipment.

Supplier workstream / A

Equipment manufacturing

01
Production release

Approved configuration, drawings, BOM and control requirements are issued to manufacturing.

02
Fabrication and sourcing

Frames, parts and critical components are produced or received under inspection controls.

03
Mechanical and electrical assembly

Modules, drives, sensors, PLC panels and safety circuits are assembled and checked.

04
Handoff to verification

The assembled system and build records are prepared for functional testing and FAT.

Shared checkpoints & controlled revisions
Customer workstream / B

Factory site preparation

01
Receive construction information

Foundation, pit, embedded-item, utility and equipment interface information is issued within the agreed scope.

02
Local engineering review

The customer’s qualified local civil and structural team adapts and approves work for local codes and site conditions.

03
Complete civil and utility work

Foundations, drainage, power, compressed air, water and installation access are prepared.

04
Submit readiness evidence

Dimensions, levels, utilities, access and construction status are checked before equipment arrival.

Foundation and civil information is supplied according to the agreed project scope. Final structural design and statutory approval remain subject to review by qualified local professionals.

Manufacturing sequence

Build from an
approved baseline.

Every production step links back to the approved equipment configuration, board process route and interface requirements.

01 / RELEASE

Production
release

Freeze the approved scope, drawing revision, component list and delivery interfaces.

→
02 / FABRICATE

Frames
& parts

Fabricate, machine and inspect structural parts against controlled drawings.

→
03 / ASSEMBLE

Mechanical
build

Install process modules, conveyors, drives and handling systems with alignment checks.

→
04 / CONNECT

Electrical
& controls

Complete panels, field wiring, sensors, PLC hardware and safety-circuit inspection.

→

Embedded quality control

Six gates before
verification.

Quality checks are recorded throughout the build instead of being postponed until final testing.

GATE / 01

Engineering release

Configuration, interfaces, drawings and revisions are confirmed before production.

GATE / 02

Incoming inspection

Critical purchased components and supplier documentation are checked.

GATE / 03

Fabrication review

Dimensions, weld quality, machining and protective treatment are inspected.

GATE / 04

Assembly alignment

Mechanical alignment, movement and module interfaces are verified.

GATE / 05

Electrical check

Panels, wiring, I/O, safety circuits and identification are reviewed.

GATE / 06

Ready for Verify

The equipment and build records are released for functional testing and FAT.

Factory preparation for board production line installationSITE READINESS / 04

Prepare before the line arrives

Installation starts
with a ready site.

Early site preparation reduces installation delays and last-minute rework. The customer and project team review physical interfaces while equipment is still being manufactured.

01Foundation dimensions, pits and embedded items→
02Power, water, compressed air and drainage→
03Floor loading, levels and local structural review→
04Unloading route, lifting plan and installation access→
05Readiness photos, measurements and open-item closure→

Build control records

Decisions remain
visible and traceable.

Controlled records connect engineering, manufacturing, customer site work and the next verification stage.

01

Drawing register

Approved drawings, issue dates and current revision status.

→
02

Component record

Critical component selections, substitutions and traceability.

→
03

Change & issue log

Technical questions, approved changes, owners and closure status.

→
04

Site tracker

Foundation, utility, access and construction-readiness progress.

→
05

Verify handoff

Build completion evidence and open items entering functional testing.

→

Build-stage deliverables

What this stage
must produce.

The stage ends when the equipment is ready for verification and the customer site has a controlled route toward installation readiness.

OUTPUT / 01

Assembled equipment

Mechanical, electrical and control assemblies completed for the agreed scope.

OUTPUT / 02

Inspection records

Manufacturing and assembly checks prepared for the Verify stage.

OUTPUT / 03

Controlled drawing register

A traceable record of production and interface drawing revisions.

OUTPUT / 04

Foundation & utility package

Construction information issued within the agreed project scope.

OUTPUT / 05

Site readiness checklist

Foundations, utilities, access and outstanding items reviewed before shipment.

OUTPUT / 06

Verification handoff

A clear baseline for functional testing, trial operation and FAT activities.

Coordinate the build stage

Keep equipment and
site preparation aligned.

Share your project status, site progress and technical questions. The project team can identify the next drawing, decision or readiness checkpoint.

Discuss build coordination→