Remove ambiguity
Convert the board, raw-material, formulation, thickness, dimensions and output requirements into measurable engineering inputs.
ENGINEERING / DEFINE / BOARD PRODUCTION REQUIREMENTS
After Discovery, we convert the confirmed board requirement, local raw materials, formulation status, capacity target and customer factory floor plan into an approved basis for process planning, equipment scope, automation and site engineering.
FROM DISCOVERY TO AN APPROVED DESIGN BASIS
Convert the board, raw-material, formulation, thickness, dimensions and output requirements into measurable engineering inputs.
Check whether the process route, capacity, automation, utilities and equipment footprint are compatible with the customer’s factory.
Approve the scope and design basis needed for detailed line layout, interfaces, foundation planning and technical quotation.
SPECIFICATION LOCK
Each definition item lists the production evidence required to support the decision before engineering begins.
Board type, intended application, dimensions, thickness range, density, surface quality and required performance.
Definition locked →Local material sources, existing recipe status, board samples, trial evidence and items requiring validation.
Definition locked →Shift, daily or annual output, operating hours, product mix, buffers and required production stages.
Definition locked →Available area, clear height, columns, access, storage, logistics routes, utilities, drainage and environmental limits.
Definition locked →Supply boundary, feeding and handling method, line control, staffing model, optional modules and expansion reserve.
Definition locked →Product tests, performance criteria, FAT scope and the confirmed inputs required for layout, utility and foundation drawings.
Definition locked →ENGINEERING BOUNDARIES
Some conditions must be locked, some can be optimized, and some require trials before the final configuration is approved.
DEFINITION WORKFLOW
The Define stage creates a shared technical reference for the customer, process engineer, equipment team and later site-design work.
Confirm the board, raw materials, formulation status, capacity and unresolved technical questions.
Review available space, columns, access, storage, utilities and the conditions affecting equipment placement.
Agree the process stages, equipment boundary, material handling, staffing target and control level.
Record the confirmed direction for detailed layout, equipment engineering, foundation planning and quotation.
DEFINE STAGE OUTPUTS
These outputs control the next stage: detailed process engineering, equipment layout, interface design, foundation planning and technical quotation.
Continue to Engineer →Confirmed board, raw-material, formulation, capacity, factory and quality requirements.
Required production stages, optional deep processing, customer-supplied items and interface responsibilities.
Equipment groups, material-handling method, control level, staffing model and optional modules.
Confirmed floor plan, access, storage, material flow, utility positions and site constraints.
Equipment loads, service requirements and confirmed information needed for detailed construction drawings.
Material trials, product tests, performance criteria, FAT scope and commissioning acceptance requirements.
READY TO APPROVE THE DESIGN BASIS?
Share the confirmed board specification, local raw materials, formulation status, target capacity, factory floor plan, utilities, automation expectation and acceptance requirements. We will organize them into a controlled basis for detailed engineering.