Engineering
We connect material selection, surface functions, product design and fabrication with the way each application is used. Panel grade, finish, exposure and assembly are coordinated to define a practical route from requirements to production.
01 / ENGINEERING
Six connected engineering areas turn application requirements, material properties and performance needs into practical specifications.
Select the material family, core, grade and thickness around component weight, stiffness and dimensional change. Define the panel configuration for the chosen surface, dimensions and support conditions.
Typical outputMaterial and panel specification
Develop a surface brief covering colour, decorative design, embossed, matt or gloss finishes, and requirements for touch, friction, wear and cleaning. Define a manufacturable surface specification with the panel manufacturer and review samples for the intended contact.
Typical outputSurface brief and sample review
Define indoor, sheltered or outdoor conditions, including UV exposure and requirements for colour stability. Match the panel grade, surface and product geometry to heat, moisture, chemicals and cleaning, with drainage and movement considered together.
Typical outputExposure and durability requirements
Develop component shapes, edges, holes, cut-outs and hardware preparation into drawings and a fabrication brief. Review CNC feasibility with fabricators, resolve part divisions and sheet use, and refine the design through trial machining and prototypes.
Typical outputComponent drawings and fabrication brief
Coordinate supports, fixings, joints and interfaces for furniture, storage, partitions or building assemblies. Develop the connections around component loads, movement, installation access and future disassembly.
Typical outputAssembly and interface details
Review samples and prototypes against repeated use, contact, cleaning and the selected performance requirements. Plan inspection, repair, replacement and disassembly, and link product and assembly evidence to applicable requirements, including fire performance.
Typical outputValidation plan and maintenance requirements
02 / ENGINEERING
Compact Laminate connects panel construction with the surface, contact and geometry a product needs.
A compact laminate panel is configured through its grade, thickness, decorative design and surface finish. We coordinate these choices with manufacturers and fabricators so that contact, cleaning, exposure and product geometry are considered together.
Related core families can support different panel configurations; core composition and performance still depend on the selected product. Thickness, component size and weight are considered alongside stiffness, openings and supports.
Explore Compact LaminateSurface function
Decorative colour and printed design, texture formed by press plates, and functional or protective surface construction are distinct choices. Some products use an overlay; an identical extra film is not part of every panel. We coordinate the selected construction and finish with the manufacturer, then review how samples feel, reflect light and respond to wear, dirt and cleaning.
Embossed, matt and gloss describe surface choices, not a guaranteed friction value. Review the actual contact material in dry, wet, contaminated and worn conditions, including the cleaning method. A handhold or foot contact may need grip, while a sliding component needs controlled friction suited to that movement.
Exposure & durability
Exterior-grade panels and their manufactured surface construction are selected around UV exposure, colour retention, rain and wet–dry cycling. Solar heat, humidity and dimensional movement also influence the shape, drainage and assembly of cladding, outdoor furniture and play components.
An indoor panel does not become an exterior-grade product by adding an unspecified UV coating. UV curing describes a manufacturing process; resistance to UV exposure is a performance requirement. Review the selected grade and finish together with water traps, drying, cleaning and the maintenance conditions of the finished product.
These configuration examples show how use requirements change the product brief.
School desk or furniture component
Balance writing feel and reflected light with hand contact, wear and repeated cleaning. Connect the selected thickness and supports to the desk size, and develop comfortable edges around the component shape.
Review & handoverSurface samples, edge and component geometry, fabrication and assembly conditions.
Laboratory worktop
Identify chemicals, concentrations, contact times and cleaning before selecting the surface grade. Equipment loads and sink or service openings shape the cut-outs, support arrangement and fabrication details.
Review & handoverChemical and cleaning requirements, selected-product evidence, cut-out and support drawings.
Outdoor play component
Start with UV, rain and solar heat, then distinguish hand and foot grip from sliding functions. Review edges, gaps and repeated use through the component geometry and a prototype of the proposed assembly.
Review & handoverExposure conditions, surface requirements by contact area, prototype and assembly review.
03 / ENGINEERING
The application defines the engineering questions. Explore all ten areas through their current project and use conditions.
Coordinate wet cleaning and privacy with door weight, repeated operation, exposed edges, hinges and locks.
Develop doors and shelves around their loads, ventilation, locking, repeated use and cleaning, with replaceable components.
Match the surface grade to chemical and stain contact, then coordinate equipment loads, cut-outs and service connections.
Review disinfectants and repeated cleaning alongside contact surfaces, edges, joints, maintenance and replacement access.
Connect writing, glare and touch requirements to desk and seating components, including edges, impact exposure and wear.
Coordinate the design, panel divisions and openings with adjoining finishes, surface care and panel replacement.
Develop tops, doors and shelves around product shape, exposed edges, surface function, deflection, supports and hardware.
Bring UV and colour retention requirements together with solar heat, movement, wind loads, drainage, ventilation and fixings.
Distinguish grip and sliding functions for hand and foot contact; review edges, gaps, sunlight, wet conditions and repeated use.
Define a new use, combine material and surface requirements, and coordinate trial fabrication, prototypes and manufacturing.
04 / ENGINEERING
WIVICS coordinates the brief, design decisions and handover with the project team, manufacturers and fabricators.
Define the application, user contact, exposure, desired functions, dimensions, quantities and care conditions.
Typical outputApplication brief
Coordinate the material family, grade, thickness, decorative design, texture and surface functions within the manufacturer’s available construction.
Typical outputMaterial and surface brief
Develop shapes, components, hardware, machining and assembly conditions, with trial fabrication where needed.
Typical outputDrawings and prototype plan
Review touch, usability, exposure, cleaning, function and assembly against the requirements of the selected configuration.
Typical outputReview findings and specification updates
Consolidate specifications, drawings, fabrication and assembly information, quality checks and maintenance requirements for the agreed scope.
Typical outputProduction and handover information
Sample and prototype findings can change earlier choices. The project team defines use and site requirements; manufacturers and fabricators contribute product and process information; WIVICS coordinates the agreed specification and interfaces.
05 / ENGINEERING
Tell us what you are developing, where it will be used and what the surface and product need to do.
Share the expected dimensions, quantities and the design or manufacturing support you need. Available sketches, use conditions and surface priorities help us define the next engineering steps.
