A cabinet-door specification connects the face drawing, routed section, finish and hardware on the same physical part. Choose the construction around the finished appearance, then check remaining material, completed dimensions and the actual hinge fit before repeating the door.
For boards, finishes and prepared parts, see our MDF for Cabinet Doors supply options.
Choose the construction for the door you want to sell
A cabinet front carries the colour and character of the whole furniture range. A useful MDF cabinet door material selection starts with that finished appearance, then connects it to the core, profile, reverse, edges and fittings. Specify whether the design starts with a board, cut blank or routed front, and keep its remaining finishing steps with that choice.
Identify base, wall and tall doors, drawer fronts, fillers, end panels and fixed decorative parts separately. They can share a colour while using different dimensions, machining and hardware. Record each front's cabinet position, handing, quantity and visible sides. A clear door schedule helps your workshop recognize which parts belong together and what operations remain after delivery.
| Door style or construction | Material and operations to consider | Detail to carry into the quotation |
|---|---|---|
| Painted slab front | Raw or Paint Grade MDF with agreed preparation and coating | Core, face/reverse, finished edges, colour/gloss and delivered stage |
| One-piece routed front | MDF blank with the drawn frame appearance, field or recessed pull | Profile section, radii, depths, minimum local material and finishing process |
| Fluted or grooved front | Drawing-defined relief in the selected core and face construction | Width/depth/pitch, pattern origin, edge margins and adjoining fronts |
| Natural wood front | Veneered MDF with the chosen species and matching | Grain direction, panel sequence, accepted natural range, reverse and coating |
| Decorative slab front | Melamine, HPL, acrylic, PET or another identified surface | Actual facing, reverse, edge band, completed thickness and physical reference |
| Wrapped profiled front | Selected PVC/thermofoil construction matched to the profile | Film, adhesive, corner radii, edge return, reverse and representative trial |
A one-piece routed MDF front creates its frame-and-field appearance through machining. A separately assembled frame-and-panel door has its own parts, joints and movement details. Show the actual construction on the section so the appearance you choose leads to the right manufactured component. Our Routed MDF Cabinet Doors and cabinet-door application connect the design to the supply options.
Match the core and facing to service conditions
Describe the cabinet's protected interior use, humidity, splash or cleaning exposure, heat sources and intended surface performance. Choose the MDF grade and complete finish around those conditions. The face, reverse, cut edges, handle recesses and hardware openings all form part of the supplied door specification.
| Selection decision | Information to give our factory | How the representative door helps |
|---|---|---|
| Standard dry-interior core | Thickness, selected density, dimensions and use | Checks machining, preparation and fit in the complete cabinet |
| MR or HMR core | Required moisture grade and the actual room/exposure | Reviews protection at faces, edges, cuts and fitted openings |
| Painted or routed finish | Profile, sealer/primer/topcoat and supplied preparation | Shows fibre quality and finish on edges, corners and deepest features |
| Faced slab construction | Named face/reverse, bond, edge and completed thickness | Checks appearance, flatness reference, corners and hardware interfaces |
| Project documents | Destination, specified method and exact supplied construction | Connects applicable material and finished-product information to the order |
Our standard MDF core range is 2–35 mm. Thickness is selected for the actual door geometry, profile, support and hardware. Published Raw MDF density bands are 800–810 kg/m³ for 2–4 mm, 780–800 for 5–8 mm, 760–780 for 9–11 mm, 680–750 for 12–18 mm and 650–680 for 19–35 mm. Other grades use their own specifications. A selected density helps identify the material and estimate bare-board mass; the completed door and hardware require their own fit and performance review.
Paint Grade MDF gives your finishing line a specified starting material. Moisture Resistant MDF and High Moisture Resistant MDF are selected with the intended exposure and complete protective construction. Record both core thickness and completed faced/coated thickness. The ±0.1 mm MDF core thickness tolerance is separate from the agreed finished-door dimensions, routing and hardware tolerances.
For HPL MDF, specify the actual HPL grade and 0.5–1.2 mm nominal face sheet, selected or customized colour, texture and gloss. Wear or fire requirements follow the selected laminate and complete panel construction. Melamine MDF, Acrylic Faced MDF, PET Faced MDF and Veneered MDF each identify their own face and reverse. Your physical sample and written construction make those alternatives comparable.
Put front and reverse machining on the same drawing
Show the front appearance, reverse hardware, sections and edge details under one part ID and revision. Name the left/right and top/bottom datums for each view. A physical hinge edge changes sides when the door is viewed from the reverse, so the drawings identify the same part from both directions. Show overlay or inset arrangement, cabinet position and handing alongside that geometry.
The diagram uses an assumed 600 × 720 × 18 mm machined MDF blank before coating. Its front has a rectangular groove with centre lines 70 mm from each edge, assumed width 12 mm and depth 4 mm. The reverse has two assumed 35 mm cup openings, 22.5 mm from the physical hinge edge, at Y100 and Y620 mm from the bottom. These are drawing exercises. The actual hinge model, depth, fixing pattern, quantity and door clearances follow the selected hardware and cabinet design.
| Example feature | Nominal calculation or coordinate | What the drawing identifies |
|---|---|---|
| Groove centre-line rectangle | 600 − 2 × 70 = 460 mm wide; 720 − 2 × 70 = 580 mm high | Centre lines, separately from groove mouth and tool section |
| Front groove | 12 mm wide × 4 mm deep | Selected section, radii and preparation before coating |
| Reverse cup X | 600 − 22.5 = 577.5 mm from the reverse-left edge | Same physical hinge edge shown on opposite sides of the views |
| Reverse cup Y | 100 mm and 720 − 100 = 620 mm from the bottom | Bottom datum and assumed end offsets |
| Assumed cup-edge distance | 22.5 − 35 ÷ 2 = 5 mm | Hole perimeter to physical edge, separately from its centre |
| Local remaining core | Groove: 18 − 4 = 14 mm; assumed cup: 18 − 13 = 5 mm | Separate locations and cutting-depth references in bare MDF |
The 13 mm cup depth in the example is an assumed input. It is measured from the reverse surface of the bare blank; any facing or finish changes the actual machining reference. The two illustrated cup positions describe coordinates, and the complete hardware design sets the hinge count and suitability. Blum's hinge planning and installation resources illustrate why the exact fitting and mounting arrangement belong with its current instructions.
Check where front profiles, recessed pulls, cup holes, fixing holes and other reverse features occupy the same local section. The minimum remaining material follows their actual positions and depths together. Keep the tool's point or bottom geometry, hole depth and reference surface explicit. Our MDF drilling and hardware guide develops those distinctions, while CNC MDF Processing uses your controlled part files.
Define profiles, edges and finished dimensions together
A routeable outline becomes a useful door part when the section defines depth, radius, transitions and remaining material. Show the most demanding corner, narrow rail appearance, recessed pull or deepest cut on an enlarged detail. Identify the tool-defined inside radius and the edge shape that will be visible after the agreed finishing process.
The centre line, groove mouth and outside edge of a profile are different references. Specify which one defines each dimension. For a repeated groove, record its origin, pitch and number, then check adjoining doors or drawer fronts as a set. Linear textures and veneer direction receive their own orientation marks. The grooved design guide helps prepare that pattern request.
Final width and height are assigned to the completed stage named on the drawing. For an edge-banded slab front, a blank and finished component have different dimensions. If an assumed finished 600 × 720 mm front has 1 mm edge band on all four sides, the corresponding nominal blank is 598 × 718 mm. Adhesive, trimming and agreed tolerances are handled by the actual process. For painted or wrapped fronts, the preparation and applied finish are accounted for in the finished-size requirement.
Describe every edge by side: painted, eased, bevelled, profiled, wrapped, veneered or edge-banded. Show the junction of face, edge and reverse, plus corner radius and the supplied condition of any site-trimmed edge. Cut-to-Size MDF relates the drawing to rectangular blanks and components. The quote states the dimensional stage and operations supplied for each part.
Agree preparation and finishing with your production line
The door should arrive ready for the operation your workshop expects. Use a named stage with a physical reference: raw routed, sanded, sealed, primed, faced/edged or fully finished. Each stage carries its actual scope for the front, reverse, profile, edges and hardware openings.
| Supplied stage | Work identified in CUZI MDF's quotation | Next operation to coordinate |
|---|---|---|
| Raw cut or routed blank | Material, sizes, machining, edges and drawing revision | Agreed sanding, sealing and subsequent finish |
| Sanded/prepared component | Actual sanding and profile preparation, with sample | Compatible sealer, primer or facing process |
| Sealed or primed component | Selected system, coverage, supplied condition and reference | Compatible topcoat and remaining preparation |
| Faced, wrapped or edged part | Face/reverse, bond, profile/edge treatment and protection | Specified machining, assembly or final finish where applicable |
| Fully finished front | Colour/texture/gloss, finished dimensions and protected condition | Hardware fit, cabinet assembly and agreed film removal |
Trial the face, reverse, edges and routed features through the actual coating sequence. Review fibre definition, sanding marks, coverage at corners, film build, colour and gloss after the specified preparation and cure. The profile's finished appearance is assessed with the complete process used for repeat production.
The European Panel Federation's lacquer finishing guidance explains the different absorption of MDF faces and cut edges, and the role of compatible preparation and coatings. Your coating manufacturer's instructions and representative door establish the actual products, preparation, application and curing conditions. Our painting guide and edge preparation guide help organize the material and sample request.
For PVC-faced MDF and thermofoil constructions, trial the deepest profile, smallest radius and edge return with the selected film, bond and pressing process. For a flat acrylic, PET, melamine or HPL front, specify the actual reverse and edge-band construction. A finished corner sample makes the junction easy to compare. Any requested heat, abrasion, cleaning or bond performance is matched to the actual surface and relevant information.
Coordinate the actual hardware and complete cabinet
Supply the hardware or its current technical drawing with the door schedule. A cup diameter alone leaves the hinge application unfinished. Record overlay/inset, door thickness, mounting plate, fixing method, drilling pattern, edge distance, opening clearance and cabinet support. Handles, concealed pulls, lift systems and sliding fronts each bring their own interfaces.
- Mark front/reverse, top/bottom, physical hinge edge and handed part identity on every relevant drawing.
- Dimension cups and fixing holes from the stated part datums and actual machining surface.
- Include depth, tool-bottom/point geometry, local section and the selected fitting's clearance.
- Coordinate the carcass mounting positions, adjacent gaps and opening path with the released cabinet design.
- Assign hinge quantity and layout using actual finished dimensions, mass and the hardware maker's applicable guidance.
- Trial the selected fittings, fasteners, door movement and adjustment in a representative complete cabinet.
For tall doors and pairs, review the completed front's flatness under agreed measurement and support conditions. Confirm how the reverse, facing/bond, finish, dimensions and storage condition enter that review. Retain the actual door mass after machining, facing, edges and coating for hardware selection. A nominal bare-core estimate provides a planning value with its own scope.
For example, a solid 600 × 720 × 18 mm Raw MDF blank has nominal volume 0.007776 m³. At a selected calculation density of 700 kg/m³ its bare mass is 5.4432 kg, or 5.44 kg rounded. Routing removes material; facing, adhesive, edge bands, coatings and fittings add their own mass. The finished door's measured value and complete mounting arrangement support the hardware decision.
Give left/right doors separate IDs where machining differs. Keep paired veneer fronts or directional decor in sequence, with the actual physical sample and accepted range. Our veneer matching guide connects the appearance to panel position, and the wardrobe guide develops tall-front and paired-door planning.
Approve a representative finished door
A colour swatch chooses the surface; a routed specimen checks a profile; a fitted finished door confirms their relationship to the cabinet. Agree the purpose of each trial and the supplied stage. Include the largest or most demanding relevant front, deepest feature, tightest corner, paired pattern and actual fittings in the sample plan.
- Measure the named finished stage: width, height, thickness, diagonals and flatness with agreed methods and support.
- Check profile section, groove positions, radii, cuts and minimum local material against the part drawing.
- Review the face, reverse, edges and corners with colour, texture, gloss and pattern references.
- Fit the actual hinges, handles and other selected hardware, and check movement and adjustment.
- Compare pairs, adjoining fronts, cabinet gaps, service conditions and the completed mounting arrangement.
- Record part identity, drawing revision, supplied stage, measured results and the retained physical reference.
Our product samples are free and usually in stock. You pay the courier charge, which can be credited against the formal order amount. A custom routed, coated or fitted first article has its agreed preparation scope. We confirm availability, preparation, dispatch and estimated transit before sending the sample. Request cabinet-door material and finish samples with the profile and finish you want to compare.
Carry the accepted door into repeat inspection and packing
One current component record connects the door schedule, material/finish construction, drawing and sample. Use the same part ID, handing, cabinet position and revision on production files, inspections, labels and pack lists. If a change affects the appearance, fit or supplied stage, record the effective part and batch before the next production group.
| Inspection point | What the actual supplied component checks | Repeat-production reference |
|---|---|---|
| Core and construction | Product identity, thickness, face/reverse and edges | Written construction and applicable material records |
| Sizes and form | Named dimensional stage, squareness and flatness | Drawing datums, support, methods and agreed tolerances |
| Profile and machining | Section, depth, radii, holes and orientation | Current part file and representative feature |
| Preparation and finish | Fibre/edge preparation, coverage and supplied condition | Actual process scope and physical reference |
| Appearance set | Colour, gloss, texture, grain and paired sequence | Accepted viewing conditions and variation range |
| Hardware and trial fit | Actual fitting, fasteners, movement, gaps and adjustment | Hardware model and complete cabinet trial |
| Labels and pack contents | Identity, handing, quantity and protection | Door schedule, cabinet group and pack list |
Third-party inspection is supported with scope and timing agreed for the order. Material and component checks are coordinated with any complete-furniture assessment required by the actual design and destination. Share the requested emissions, finish or other product documents against the exact core, face/bond and supplied stage. Our document review guide helps make that request specific. Request cabinet-door material documents with your destination and construction.
Protect finished faces with clean compatible separators, stable flat support and protected corners. Arrange profiles, recessed pulls and edges clear of concentrated packing pressure. Confirm the finish's packing condition and the agreed handling or film-removal instructions. Group parts by cabinet, room or installation sequence, with spares identified separately by part, finish and revision.
Replacement orders use the original part identity, construction, drawing, finish range and hardware reference. Compare new-batch appearance with the relevant adjoining fronts and confirm current quantities. The retained references help your team specify the replacement and help our factory quote the same defined component.
Plan a paired-front batch
For a worked schedule of 40 door pairs, D01-L × 40 and D01-R × 40 give 80 fronts. Assume a 450 × 750 mm blank and an 18 mm core for each front. Compare the same quantities as raw blanks, machined blanks or fronts at the specified primer or finishing stage. Input-sheet quantities depend on the sheet format and nesting layout.
Carry part ID, hand, drawing revision, core and final dimensions, hardware, finish and quantity through the schedule and pack labels. A selected 18 mm core with a 6 mm recess leaves 18 − 6 = 12 mm nominal material below the cut. Include any overlapping reverse machining and actual thickness tolerances in the local section, then check the completed door with its hardware.
Request the supplied stage and price you need
Keep the selected material, drawing revision, finished sizes, surface and machining on one component schedule. Add quantities and any remaining design questions. The MDF for Cabinet Doors supply page shows the available board and component stages. Discuss your component specification.
Questions buyers ask
Which MDF is suitable for painted cabinet doors?
Choose the core for the protected interior use, profile and hardware, then trial it through the specified preparation and coating. Paint Grade MDF and drawing-defined routed parts provide a named starting stage. The representative finished door confirms the face, reverse, edges, routed features and final colour/gloss.
What thickness should MDF cabinet doors use?
Our core range is 2–35 mm. The selected thickness follows the actual front's size, local routed sections, facing and hardware design. Record core and completed thickness separately. The 18 mm core in this guide is an assumed drawing input; your finished part and fittings establish the ordered construction.
How are hinge cups positioned on front and reverse drawings?
Identify the physical hinge edge, view direction and bottom/top datum. The example's 22.5 mm centre distance becomes X577.5 mm from the reverse-left edge of a 600 mm blank. The actual hinge and mounting arrangement provide the diameter, depth, fixing pattern, quantity and clearances.
How do thickness and machining affect hardware fit?
Hardware fit follows the actual local section, facing, profile and drilling pattern together. Check cups, fixing holes and front features in the same part drawing, then trial the fitting on the finished door and cabinet. Agreed dimensions and measured finished mass support the complete mounting decision.
Can MR or HMR MDF be used for cabinet fronts?
Yes. Select the required grade with the intended humidity, splash, cleaning and protected interior conditions. Specify the complete face, reverse, edges and openings, and review a representative finished component. The actual finish and cabinet design carry the material selection into service.
How do we keep pairs and later replacement doors coordinated?
Keep part IDs, handing, drawing revision, decor or veneer sequence, finish range and physical reference with the order. Label pairs and adjoining components in the pack list. A later order identifies those records and compares the new finish with the relevant installed fronts.