High-Precision Component Catalog

Engineered hardware solutions designed for commercial cabinetry manufacturers, interior architects, and precision cabinetry studios.

Integrated hydraulic dampening with 3D arm adjustment. Engineered for 200,000 actuation cycles in commercial cabinetry applications.

Full-opening pivot hinge machined from high-tensile steel, designed for heavy flush-fitting architectural doors up to 50kg.

Concealed full-extension runner featuring synchronized rack-and-pinion movement for silent actuation under load capacities up to 70kg.

Side-mount ball-bearing slide constructed from cold-rolled steel, engineered for industrial storage and high-frequency commercial use.

Smooth synthetic roller mechanism with self-closing action, providing reliable tracking stability for lightweight joinery.

Ultra-slim steel side walls with internal soft-close runners, providing maximum internal storage capacity and modern aesthetics.

13mm straight-line side profiles with integrated tool-free front alignment, designed for premium executive furniture design.

Architectural sliding fitting for large timber or aluminum framed doors, featuring fluid fluid dampening in both movement directions.

Advanced coplanar hardware that aligns cabinet doors on a single flush plane when closed, opening outward and sliding smoothly.

Multi-position spring stay lift mechanism for overhead doors, ensuring smooth opening and balanced hold at any angle.

Dual-panel lift system folding doors vertically upward, ideal for wall cabinetry in high-end kitchen and laboratory fitouts.

Articulating tray system bringing blind corner storage completely into view with controlled dampening and heavy load capacity.

Center-mounted vertical pull-out frame with synchronized top and bottom slides, built for full-height commercial tall units.

Continuous lip profile handle extruded from architectural aluminum with warm bronze anodized surface treatment.

Mechanical push-to-open actuator enabling handleless door designs with micro-gap depth adjustment for seamless reveals.