FORMIS technical standards are defined by fabrication precision in the workshop and structural judgement during on-site installation. The former ensures consistency and accuracy of materials, while the latter enables each element to be precisely positioned within the space. Together, these two aspects determine the final stability, clarity, and longevity of the built environment.

WORKSHOP FABRICATION

FORMIS workshop fabrication is based on automated equipment and stable production processes. CNC cutting ensures dimensional accuracy and batch consistency for every component. German-imported laser edge banding machines provide cleaner, more stable edge finishing with enhanced durability. The finishing system ensures colour consistency and surface resistance, while metal fabrication equipment shapes precise lines through bending, welding, and surface treatment.

In veneer and surface finishing processes, we emphasise grain continuity and colour consistency.Natural veneer applications require careful control over grain direction, joint alignment, and batch consistency to maintain a natural and continuous appearance. PET, HPL, and other surface materials are laminated through controlled pressing processes to ensure flatness and long-term durability.

The entire workshop phase revolves around precision. Cutting, edge banding, and assembly follow defined tolerance standards. The relationship between structural components and panels is calibrated during fabrication. Key components are pre-assembled and tested to minimise on-site uncertainty and ensure a smoother installation process.

ON-SITE INSTALLATION

On-site installation is the process of establishing the correct relationship between structure, materials, and space — far beyond simple assembly.

The installation team conducts multiple site measurements, adjusting levels, alignments, and positioning to calibrate the overall structure. Adjustments are made according to actual deviations in walls, beams, and floors.

Judgement during installation is critical. Experienced craftsmen determine finishing details at material junctions based on material characteristics and spatial conditions. Stability strategies are developed for large-scale structures. Load-bearing performance in wet areas is evaluated. Future maintenance and accessibility are also considered. These decisions ensure that the final installation remains stable, quiet, and consistent over time.

Installation order is equally important. Cabinetry is positioned according to structural logic. Door gaps, lines, and plinths are aligned consistently. Hidden areas receive necessary bonding, reinforcement, and fixing. Daily completion includes cleaning and protection of finished surfaces. Together, these steps form the installation quality of FORMIS, ensuring a final result that is clear, stable, and built to endure over time.