Overview

Small kitchen layouts require cabinets that maximize usable volume while maintaining clear workflow paths. Dimensions are typically limited to 600 mm–900 mm width per unit and 500 mm–600 mm depth to avoid obstructing movement.

Design focus centers on vertical storage efficiency, pull‑out accessories, and lightweight construction to reduce stress on wall studs and floor joists.

Design Considerations

Cabinet height is often set to 2100 mm to utilize ceiling space without requiring a step stool. Interior shelving is adjusted in 32 mm increments to accommodate varying item sizes.

Corner solutions use blind‑pull or swing‑out mechanisms that need a minimum clearance of 100 mm for door swing. Edge banding thickness of 0.8 mm prevents chipping in high‑traffic zones.

Load calculations assume a uniform distributed load of 150 N per shelf; reinforcement brackets are added when exceeding 200 N.

Material Options

Substrates are selected based on moisture resistance, weight, and finish compatibility. Common choices include 18 mm particleboard with melamine overlay, 16 mm MDF with PVC laminate, and 15 mm plywood with veneer.

Mechanical properties: particleboard modulus of elasticity ≈ 2.5 GPa, MDF ≈ 3.0 GPa, plywood ≈ 5.0 GPa across the grain. These values influence deflection limits under load.

Customization Process

Clients provide a scaled floor plan indicating wall stud locations, appliance cutouts, and required clearance zones. Our engineering team converts these into CNC‑ready DXF files with 0.1 mm tolerance.

Customization variables include:

• Door overlay: full, half, or inset (clearance 2 mm–4 mm)
• Hardware: soft‑close hinges (torque 0.2 Nm), push‑to‑open mechanisms, or standard butt hinges
• Interior accessories: pull‑out spice racks (load 50 N), vertical dividers, or adjustable shelf pins (spacing 32 mm)
• Finish: matte, gloss, or textured laminate; color matched to RAL or NCS standards

Lead time for prototype approval is typically 10 working days; production follows after sign‑off.

Manufacturing & Quality Control

Panels are cut on 5‑axis CNC routers with positioning accuracy ±0.05 mm. Edge banding is applied via hot‑melt adhesive at 180 °C, achieving bond strength > 1.2 MPa.

Assembly uses cam locks and confirmat screws, providing joint shear resistance of approximately 2.5 kN. Each unit undergoes a 3‑point load test simulating 200 N shelf load; deflection must remain < 2 mm.

Final inspection includes dimensional verification (width, height, depth ±1 mm), surface defect checks (no scratches > 0.5 mm length), and functional testing of all moving parts.

Applications in Small Kitchens

These cabinets are suited for galley, L‑shaped, and U‑shaped layouts where floor area is under 8 m². By utilizing vertical space up to 2100 mm, storage capacity increases by ~30 % compared with standard 900 mm high units.

Typical installations include:

• Compact pantry units with pull‑out baskets (width 300 mm)
• Under‑counter appliance garages (height 350 mm) for mixers or blenders
• Corner lazy susans with 90° rotation, requiring only 400 mm clearance
• Wall‑mounted spice racks with angled shelves for ergonomic reach

The result is a functional workflow triangle (sink‑stove‑refrigerator) with each leg under 1.2 m, meeting ergonomic guidelines for small spaces.

Frequently Asked Questions

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Provide your project details and our engineering team will respond with a detailed proposal, including CAD drawings, material selection guidance, and lead‑time schedule.