Do you want to neatly hide your washing machine and dryer in a built-in cabinet? With the right dimensions, ventilation, and a well-thought-out plan, you can create a sleek, safe solution that prevents vibrations, leaks, or overheating. Below you’ll find a clear step-by-step guide, material advice, and answers to frequently asked questions about stacking, stacking kits, and accessibility of flaps and filters.
Placement options: behind kitchen doors or a separate enclosure cabinet
You basically have two options. 1) Behind kitchen doors with a front frame like built-in appliances – the machines are visually completely hidden and your front matches the rest of your kitchen. 2) A separate custom enclosure cabinet in the laundry room or utility room – functional, flexible, and often easier to realize.
Important distinction: washing machines and dryers are usually freestanding appliances. So you don’t build the appliance in, you build a cabinet around the appliance. This means you pay extra attention to ventilation, vibration absorption, sufficient clearance around, and access to connections and service flaps. If you choose the kitchen door option, plan the front frame and hinges so that doors can open freely without touching the control panel or the machine.
The right dimensions and ventilation
Standard dimensions and clearance
For most machines, expect 60 cm wide and 85 cm high. The effective depth is often 65-75 cm including hoses and plug. Allow at least 1-2 cm clearance on each side and 5-7 cm behind the machine for hoses and airflow. Plan working height: a countertop at 90-100 cm makes sorting and folding more comfortable. See also: Standard built-in dimensions for a washing machine cabinet.
Level and stable surface
Ensure a flat, rigid floor. Level your washing machine using the adjustable feet – check front, back, and sides. A rubber or anti-slip mat reduces vibrations. Avoid loose, springy boards under the appliance. Securely anchor the cabinet to the wall.
Ventilation and air circulation
Create ventilation openings at the bottom and top of the cabinet door or side. For heat pump dryers, air circulation is crucial to maintain drying times and energy consumption. Consider a discreet grille in the countertop or side panel. Leave doors open during and immediately after use to vent moisture. Read more about minimum clearance and heat dissipation in Ventilation space behind washing machine and dryer.
Materials and supplies
Moisture-resistant panel materials
Choose panels that can withstand moisture and remain dimensionally stable:
- Plywood – sturdy, easy to paint, suitable for damp areas if properly finished.
- Moisture-resistant MDF – smooth to paint, choose V313 quality for wet rooms.
- Concrete plywood – waterproof glued, hard top layer, seal edges well.
Fastening and accessories
- Stainless steel screws and corner brackets – rust-resistant and for rigid connections.
- Assembly adhesive and wood glue – for dampening, strong joints.
- Rubber anti-vibration mat – vibration reduction and grip.
- Saw, sandpaper, drill, level – basic tools.
- Cable and hose grommets – neat and kink-free guiding.
- Edge sealer – protects cut edges against moisture.
Step-by-step plan: washing machine and dryer in a built-in cabinet
- 1. Measuring – Measure width, depth, and height of your space, including baseboards and pipes. Check door swing and walking path.
- 2. Design – Decide side by side or stacked. Plan ventilation openings, service access, and a countertop or shelf. Read more: Designing a washing machine cabinet: layout, doors, and ventilation.
- 3. Basic frame – Mount uprights and beams, anchor to the wall. Use corner brackets for rigidity.
- 4. Connections – Position water, drain, and outlets accessible and splash-proof. Test for leaks.
- 5. Install panels – Attach side and back panels, leave 5-7 cm cable and hose space. Finish edges.
- 6. Vibration control – Place rubber mats and level the machine(s) precisely.
- 7. Front and doors – Mount front frame and hinges. Allow extra clearance for protruding control panels.
- 8. Final check – Test a wash and dry program with the door open. Check ventilation flow and accessibility.
Keep low lint filter or emergency flap accessible
Many machines have a service hatch low on the front. A baseboard or plinth can block this. Solution: make the baseboard removable. Attach short U-profiles or angle irons left and right and screw the board with bolts and wing nuts. This way you can remove the board without tools, clean the filter or use the emergency drain, and snap everything back in place. Mark the board on the inside and add a small felt strip to prevent rattling.
Stacking or placing side by side?
Stacking saves floor space and is ideal when space is limited. Always use a suitable stacking kit – it securely connects both appliances and reduces sliding. Disadvantage: higher vibration load and harder access to the top machine for smaller users. Also check the Stacking solution washing machine + dryer for examples and accessories.
Side by side is ergonomic, quieter, and provides space for a countertop or laundry basket drawer. It takes more width, but maintenance and filter cleaning are easier and the chance of resonance in the cabinet is smaller. Explore layouts via the Double built-in cabinet (washing machine and dryer side by side).
Frequently asked questions
What is the disadvantage of a stackable washing machine and dryer?
Vibrations and resonance increase faster, especially on light floors. Also, the top machine is less ergonomically accessible. With a stacking kit, rubber mats, perfect leveling, and solid wall anchoring, you minimize these disadvantages.
Is a stacking kit necessary for a washing machine and dryer?
Yes, always when stacking. A stacking kit mechanically connects dryer and washing machine, prevents sliding, and absorbs vibrations better. Universal kits exist, but a model-specific kit usually fits and dampens best.
Can you place a washing machine and dryer in a cabinet?
Yes, provided you consider ventilation, clearance around, accessible connections and service flaps, vibration damping, and a stable, level surface. Also plan 5-7 cm depth for hoses and cables and make the baseboard removable for filter access.