Module geometry and joints
Define the booth grid, finished dimensions, shared datums, joint gaps, connector zones, remaining section, floor or frame interface and adjustment available on site.
Exhibition stand and flat-pack component specification
MDF for exhibition displays, ready for your build sequence.
Prepare counters, plinths, display walls and graphic panels around the way your stand travels and assembles. CUZI MDF supplies boards and machined parts to your module drawings, with clear labels and protected faces. Share the event deadline, venue access and reuse plan so the component sizes, connectors and packs suit the complete exhibition build.
Choosing your material
How should MDF exhibition-display components be specified?
Start with the stand modules, venue access, assembly sequence and reuse plan before selecting the board and finish.
Break the stand into identified wall modules, counters, plinths, storage, graphic panels and connector-controlled parts. Each item needs a released drawing, face and edge construction, hardware group, quantity and position in the build sequence.
Finish, graphics and services
Coordinate faces, edges, direction, applied graphics, lighting, power, cable routes, access panels and adjoining modules on one released elevation.
Transport and repeated assembly
Set the largest pack from venue access, label parts and hardware by assembly step, protect reused edges and complete a build-disassemble-repack trial.
A workshop trial should reproduce the real connectors, representative services and installation order. Record the accepted stand revision before dismantling it, then inspect joints and edges during repacking so the complete module provides the basis for each reuse decision.
Choose your supply stage
Order the panel work around your exhibition build.
Our factory identifies the board, facing, cutting, machining and included finish on each quoted line. Connect those parts to the project's complete stand and build plan.
Boards for your workshop
Choose grade, thickness, input size, density and quantity for your own cutting, graphics or coating. Review the actual profile, joint and support with the component requirements.
Choose raw MDF supplyFaced panels and cut blanks
Name the face/reverse, physical finish, direction and size. Identify finished dimensions, cut blank and any assembly/site allowance separately; mark the required edge work.
Prepare cut parts and labelsMachined parts from your drawings
Supply front/back/section drawings and actual connector templates, including hole depth/axis, tab/slot and service clearance. State raw/prepared/primed/finished supply and included fittings.
Plan CNC display componentsFor supported curves, review Flexible MDF with the actual radius and fitting design. For hanging displays, use Slotted MDF Panels with the selected insert/hardware and complete fixture load. Agree graphic application, frames, services and site assembly as identifiable work in the order.
Exhibition component matrix
Choose the board and supplied work for each display component.
An exhibition package combines display surfaces, reusable structures, services and replaceable visual parts. Quote each component against its real role.
Display panels and counter parts
Plan the stand as parts your team can transport and rebuild.
Specify backdrop panels, counter parts and graphic facings at the delivered stage, then connect each part to its assembly and return-pack group.
- Panel stage and mass
- Record core and final thickness, facing, machining and finished mass for each transport group.
- Reusable joints
- Match holes and interfaces to the chosen connector, then check the actual assembled unit through its planned reuse.
- Assembly and return packs
- Keep location and part IDs with protected faces, separately bagged hardware and replacement references.
| Stand component | Material option to compare | Critical information | Component check | Related product |
|---|---|---|---|---|
| Backdrop and wall modules | Raw, paint-grade, melamine, laminate or named decorative MDF | Finished grid, core/final thickness, joint, frame/base, supports, connectors, services, graphics, end returns, piece mass and fitting order | Dry-fit adjoining modules on the actual frame/base with the real connectors and access clearances | View product |
| Plinths and display tables | Specified MDF parts within the supported display design | Finished dimensions, inner frame, exhibit size/load, base/levelling, access, edges, piece mass and handling points | Assemble the supported unit with its actual fittings and the specified exhibit/load checks | View product |
| Counters and storage units | Melamine, HPL, veneer, paint or another named face/reverse construction | Top support, doors/locks, shelves, equipment, cable/vent openings, service access, visible edges, detachable joints and hardware groups | Build the counter bay with the actual hardware and service components, then dismantle and repack | View product |
| Graphic and signage panels | Graphic-ready MDF with the actual prepared or finished face | Artwork/bleed, direction, print or film, adhesive/fittings, cuts, edge finish, removal/replacement and light/viewing reference | Trial the complete graphic process on the supplied substrate and check adjoining modules | View product |
| Replaceable decorative skins | Named thin or standard MDF selected for the actual retention system | Finished size/thickness, face/reverse, local fittings, mass, removal clearance, repeated handling and retained replacement reference | Fit, remove and reinstall the face with the reusable frame and identified connectors | View product |
| Knock-down parts and connector zones | Cut-to-size or CNC-machined MDF with drawing-controlled IDs | Actual connector/template, drilling face/axis, diameter/depth, remaining core, edge distance, tool radius, handed parts, tools and intended reuse | Complete the build-disassemble-repack trial with the real hardware; inspect engagement and reusable joint condition | View product |
First build and release
Build, dismantle and repack once before the event deadline.
The first assembly must verify fit, access and appearance, then show whether the same components can be identified, protected and rebuilt.
- 01
Freeze the stand and module map
Connect booth perimeter details, shared datums, module IDs, part quantities, handed components and the approved drawing revision.
- 02
Install actual joints and services
Use the released connectors, hardware, lighting, power and cable interfaces to verify the complete assembly.
- 03
Try adjoining finished panels
Review faces, edges, joints, graphics, profiles, sightlines and lighting across representative module joints.
- 04
Dismantle, inspect and repack
Record damaged or replaceable parts, reconcile hardware and prove that labels and pack order support the next installation.
Selected component-kit and mass example
Identify the pieces and calculate the blanks before packing.
This selected order brief lists two wall blanks, four counter parts, five plinth parts, two graphic skins and one spare counter front: 13 installation blanks + 1 spare = 14 blanks. It uses assumed rectangular blank sizes and a uniform 700 kg/m³ density. Actual finished construction, frames, connectors, devices, finish and trial-build pieces are separate order lines.
| Part ID and item | Pieces | Blank dimensions · mm | Line blank volume · m³ | Calculated line blank mass · kg |
|---|---|---|---|---|
| W01 / W02 · backdrop blanks | 2 | 1000 × 2000 × 12 | 0.048000 | 33.60 |
| CT01 · counter top | 1 | 1200 × 600 × 18 | 0.012960 | 9.07 |
| CS-L / CS-R · counter sides | 2 | 564 × 900 × 18 | 0.018274 | 12.79 |
| CF01 · counter front | 1 | 1164 × 900 × 18 | 0.018857 | 13.20 |
| PT01 · plinth top | 1 | 600 × 600 × 18 | 0.006480 | 4.54 |
| PF01 / PB01 · plinth front/back | 2 | 600 × 582 × 18 | 0.012571 | 8.80 |
| PS-L / PS-R · plinth sides | 2 | 564 × 582 × 18 | 0.011817 | 8.27 |
| G01 / G02 · graphic skins | 2 | 600 × 900 × 6 | 0.006480 | 4.54 |
| SP-CF · spare counter front | 1 | 1164 × 900 × 18 | 0.018857 | 13.20 |
| Selected blank total | 14 | 13 installation blanks + 1 explicit spare | 0.154295 | 108.01 |
For one wall blank: 1.000 × 2.000 × 0.012 = 0.024 m³; 0.024 × 700 = 16.80 kg. All fourteen selected blanks total approximately 0.154295 m³ and 108.01 kg. Totals use unrounded inputs; displayed volumes and masses are rounded. These are calculated blank quantities and masses for planning.
Dimensions and fitted geometry
In the selected 18 mm construction, 1200 − 18 − 18 = 1164 mm gives the counter front width. For the plinth, 600 − 18 − 18 = 564 mm gives the between-face side width, and 600 − 18 = 582 mm gives the side height beneath the top. Actual joint and finish geometry establish the real blank and finished dimensions.
Compare density at the same size
The same 0.024 m³ wall blank gives 14.40 kg at an assumed 600 kg/m³, compared with 16.80 kg at 700 kg/m³: a 2.40 kg difference. Review Lightweight MDF with the offered product data and actual supported/connected part.
Weigh the complete supplied pack
Removed holes and profiles, facing, coating, fittings and packing change the shipped mass. Record finished part mass and complete pack gross mass from the actual supplied set. Use actual dimensions, load and handling equipment for venue access and lifting planning.
Actual hardware and reusable joints
Machine the connector that your assembled module uses.
Identify manufacturer/model or the complete designed joint, mating parts, face/axis and fitting instructions. Nominal board thickness is one input alongside local remaining material, loads, support and access.
| Joint or fitting | Drawing information | Trial with actual parts | Keep with the order |
|---|---|---|---|
| Bolts with specified inserts or nuts | Manufacturer/model, board/section, hole diameter/depth, axis/face, engagement, edge distance, bolt length and assembly tool | Fit the actual joint with the stated installation/torque instructions; inspect insert and surrounding core through the agreed trial | Keep connector type, part ID and hardware-bag ID linked; identify replaceable inserts or parts |
| Cam or knock-down furniture fittings | Actual template, mating parts, boring positions/depths, remaining core, finished thickness and tool access | Engage, release and refit the connector using the real finished component and assembly sequence | Keep mating IDs and the manufacturer's fitting instructions with the hardware group |
| Tab, slot or interlocking parts | Tab/slot section, width/depth, clearance, radii, insertion direction, retained core, support and locking detail | Trial the actual fit, finish thickness, handling and retention; check the installed assembly against its design | Mark face/top and mating position; record the supplied state and worn or replaceable pieces |
| Alignment dowels and joint location | Dowel/template, local origin, hole axis/diameter/depth, mating face and the complete joint's retention method | Locate the adjoining parts and check the intended load path and retention with the actual complete joint | Carry mating-part IDs and hole drawing revision into drilling and bag labels |
| Removable graphics or panel clips | Clip/fitting model, face mass, finished thickness, release direction, gap, rear clearance and support | Fit and operate the actual face/clip set, checking access and the condition after removal | Keep spare clips and skins separate; retain the graphic/finish reference for the next event |
| Base, frame and levelling connections | Actual frame/base, anchors, feet, bracket model, loads, floor conditions, tools and assembly order | Check the complete stand's support and stability against its project design and venue requirements | Identify included fittings and separately supplied structure; align packs with the planned build steps |
As a selected drawing exercise, a feature centre at local (80, 120) mm on the 564 × 900 mm side becomes (484, 120) mm in its mirrored drawing: 564 − 80 = 484 mm. Mark CS-L and CS-R separately with machining face/axis, actual hole shape/depth and connector revision; agree the actual positions from the fitting template.
Agree the intended reuse and inspection cycle for the actual joint. Keep fit/engagement, tool access, part/insert condition and any replacement after the build-disassemble-repack trial with the same part revision.
Prepare actual hardware and drilling informationFinish and graphic control
Check the finished display under exhibition lighting.
Colour, gloss, grain, profile and graphics can change across joints or under strong directional light. Record the complete visible construction.
| Surface construction | Typical component | What must be specified |
|---|---|---|
| Painted MDF | Solid colours, routed details and branded fields | Specify raw/prepared/primed/finished supply, profile and edge preparation, primer/topcoat, colour/gloss, cure, joint and touch-up reference. Compare adjoining finished modules under event lighting. |
| Melamine or HPL-faced MDF | Repeat flat modules, counters and contact surfaces | Name décor/series, texture/gloss, direction, face/reverse, bond, core/final thickness, edges and openings. For HPL, select the 0.5–1.2 mm nominal sheet and required surface properties with the complete construction. |
| Veneer or other named decorative face | Timber fields, focal counters and display elements | Control species/cut or actual décor, leaf matching, panel position, grain, reverse/balancing, coating, visible cuts and accepted variation. Keep the adjoining set and replacement reference. |
| Applied graphics | Campaign panels, logos and replaceable skins | Trial the actual print, film, adhesive or fittings on the supplied face, with artwork direction, joints, openings and edge finish. Check removal and retained-substrate condition against the planned replacement process. |
| Curved, grooved or slotted elements | Supported curves, relief and display fittings | Record the actual bend/support, complete profile, local origins, remaining core and supplied finish. For hanging slots, use the real insert/fitting and specified display load; acoustic information follows the relevant full system. |
| Storage, cleaning and required documents | The actual finished component over its event/storage cycle | Choose the core and protected cuts for exposure and cleaning. Match required emission/fire information to core, facing/coating, bond and the relevant installed construction and venue requirement. |
Exhibition production and installation checks
Keep access, joints, labels and handling ready for the build.
Short installation windows benefit from a defined component schedule, actual joints, complete pack information and a practiced assembly sequence.
| Component check | What to coordinate | What to confirm |
|---|---|---|
| Venue access and setup schedule | The module and labelled pack fit the actual unloading and installation plan. | Record booking/build window, doorway/lift/corridor dimensions, floor and handling equipment, pack dimensions/mass and opening order; allow for approvals, production, freight and site preparation. |
| Connectors and repeated assembly | Actual hardware and remaining material support the intended reuse plan. | Trial engagement, tool access, release and refitting with the finished parts. Agree reuse checks and identify worn joints, replaceable inserts and spares by part ID. |
| Graphics and feature alignment | One elevation connects artwork/profile, joint and local machining positions. | Try adjoining finished panels with graphics, openings and light. Keep artwork revision, face direction, joint and part position with the schedule. |
| Parts, hardware and build identity | A controlled ID connects every selected item to its installation step. | Carry event/stand/module/part, handed orientation, revision and hardware group through drawings, labels, bag and pack lists. Reconcile parts before dispatch and after return. |
| Component mass and pack handling | Calculated board mass, finished part mass and complete pack gross mass have their own stated basis. | Calculate blanks from actual dimensions/density; account for removed cuts, facing, coating and hardware. Weigh labelled packs with support/protection and agree lifting and site access from the actual load. |
| Reuse appearance and product documents | The retained reference connects replacement parts to the actual module and intended use. | Review finish/graphic revision, current adjoining appearance, joint condition and storage. Match requested emission/fire documents to the actual construction and project requirements. |
Venue-ready packing
Pack components in the order your stand is assembled.
The correct components must move through the venue and reach the installer with their connectors, orientation and revision intact.
W · wall group: 2 blanks
W01/W02 retain the actual frame/connector references, graphic direction and fitting order.
C · counter group: 4 parts
CT01, CS-L, CS-R and CF01 stay with the counter drawing and identified hardware bag H-C01.
P · plinth group: 5 parts
PT01, PF01, PB01, PS-L and PS-R stay with the actual plinth joint/support drawing and H-P01 hardware reference.
G · graphic group: 2 skins
G01/G02 carry artwork/finish revision, face/top and actual retention references, with clean face protection.
SP · spare group: 1 front
SP-CF stays separately labelled with the original CF01 geometry and finish. Logical groups identify the brief; actual package count and dimensions follow the packing plan.
Access envelope
Record vehicle, unloading, pallet, lift, doorway, corridor and booth access limits before setting module and pack dimensions.
Part and module identity
Carry event, stand, module, part, handed orientation and revision from drawings to labels and packing lists.
Hardware groups
Bag and identify connectors, fasteners, brackets, locks and service fittings by module and assembly step.
Finished-face protection
Use clean separators, corner and edge protection and continuous support suited to routed profiles and reusable faces.
Installation sequence
Arrange packs so base, frame, wall, counter, graphic and trim modules can be opened in the agreed build order.
Return and storage plan
Define how parts are inspected, relabelled, protected and reconciled after dismantling for the next event.
The European Panel Federation exhibition guidance describes MDF walls, graphic substrates and shaped display elements. Use the actual component design, finished sample and venue requirements for the specified stand. Our cut-list guide connects part identity, quantities and supplied dimensions with the order.
Exhibition display RFQ
Get a quotation around your stand schedule and event date.
Send the drawings, supplied work, actual connectors, finish/graphic references, quantities, destination and event deadline. Our factory replies within 12 hours and confirms the production schedule with the quoted parts; plan approvals, freight and venue preparation alongside that schedule.
Event, venue & booth gridModule and part drawingsFace, reverse, edge & graphicsConnectors, hardware & servicesAccess and largest-pack limitsTrial build & inspectionAssembly labels & sequenceReuse plan & sparesDestination & event deadline
Samples are free and usually available from stock. You cover the courier charge, which can be credited against the formal order amount. We confirm preparation and estimated transit before dispatch; identify the face, graphic substrate, edge or actual connector joint you want to compare.
Request an exhibition-material sample or Request product documents. State the construction, destination and required product or venue information.
Relevant MDF products
Choose boards and components for your exhibition build.
Select the board and machining for each part, then connect it with the actual finish, support, connector and labelled delivery set.
Product option
Cut-to-Size MDF
Order finished or blank dimensions with part IDs, direction and packing groups.
View productProduct optionCNC MDF Processing
Carry actual connector templates, handed drawings and service openings into machining.
View productProduct optionPaint Grade MDF
Agree preparation and coating for faces, deepest profiles and visible cuts.
View productProduct optionLaminated MDF
Name the face, reverse, core/final thickness and complete edge/opening treatment.
View productProduct optionMelamine MDF
Retain décor, texture, direction, physical sample and edge reference for reusable modules.
View productProduct optionDecorative MDF
Connect the selected surface and relief to the adjoining finished display set.
View productProduct optionLightweight MDF
Review offered density with actual stiffness, finish, joint and support requirements.
View productProduct optionThin MDF Board
Select graphic skins and supported faces with their real retaining fittings and handling.
View productProduct optionFire Rated MDF
Match the selected product and finished installation to the required classification and report.
View productBuyer questions
Common MDF exhibition-display questions.
Plan the component, supplied work, actual fitting trial and labelled delivery around your exhibition build.
Is MDF suitable for exhibition stands?
Yes. MDF can be used for protected interior exhibition walls, counters, plinths, graphic panels and storage. Choose the finish, joints and connectors for transport, assembly and reuse. The complete stand design should establish stability, safe installation and venue fire requirements, with component packs sized for site access.
What MDF is used for exhibition displays?
The choice depends on the component. Paint-grade MDF supports painted and routed parts, melamine or laminate supports repeat flat modules and storage, decorative or veneered MDF controls premium appearance, and cut-to-size or CNC services prepare drawing-controlled knock-down parts.
How should a flat-pack MDF exhibition stand be specified?
Provide the stand and module map, part drawings, units and revision, joint and connector details, face and edge construction, hardware groups, assembly order, venue access limits, largest pack, reuse expectation, labels, spares and destination.
Can an MDF exhibition stand be reused?
Reuse depends on the complete module, connectors, remaining material around joints, edge protection, assembly method, storage and handling. A first build should include disassembly, inspection and repacking so damaged or replaceable parts are identified before shipment.
How should exhibition graphics be approved on MDF?
Trial the actual print, film, adhesive or fixing method on the selected finished MDF. Check colour, gloss, adhesion, module joints, cut-outs, direction and graphic removal. Keep this finished substrate sample alongside the artwork file as the production reference.
What should an exhibition-display MDF RFQ include?
Send the booth/module drawings, part quantities and core/final thickness, supplied face/edge/graphic stage, actual connector templates and fittings, supports/services, venue access and handling limits, trial/reuse plan, labels, packing groups, explicit spares, required documents, destination and event deadline.
Can I request samples for this application?
Yes. Our product samples are free and usually available from stock. Tell us which board and finish you want to compare, including the finished graphic substrate, module joint or connector detail. You pay the courier charge, which can be credited against the formal order amount. We confirm sample availability, preparation and estimated transit time before dispatch.
How do I get a quotation from CUZI MDF?
Send the component or panel schedule, drawings, finish reference, quantities and destination. We reply to inquiries within 12 hours and clarify any open details with you. Your formal quotation includes specifications, supplied condition, quantity, price and currency, packaging, FOB Qingdao or FOB Lianyungang, lead time, T/T or L/C payment terms and validity. Normal production lead time is 3–10 days after technical and commercial confirmation; the quotation confirms your order schedule.
What exhibition-display work can CUZI MDF supply?
Our factory supplies boards, named decorative panels, cut parts and agreed CNC-machined components. State raw, prepared, primed, finished or graphic-ready supply on each line and identify ordered fittings. The quotation records the included work; your project design coordinates the frame, floor connection, services, safe build and venue requirements.
How is the weight of an MDF display part calculated?
Convert the blank dimensions to metres and multiply length × width × thickness × stated density. In the selected example, a 1000 × 2000 × 12 mm blank at an assumed 700 kg/m³ is 16.80 kg. Actual cuts, faces, coating and hardware change finished mass. Weigh the complete labelled pack with its support and protection for shipping and handling.
Can lower-density MDF make the stand easier to handle?
Compare offered boards at the same dimensions. The example's 0.024 m³ blank gives 16.80 kg at an assumed 700 kg/m³ or 14.40 kg at 600 kg/m³, a 2.40 kg calculated difference. These selected densities illustrate mass; use the offered product's data and actual supported/connected component to confirm the intended performance.
How should the flat-pack kit be identified?
Link event/stand, module/part, drawing revision, handed orientation, face/top and hardware group on every drawing and label. The selected order brief separates wall, counter, plinth, graphics and spare groups: thirteen installation blanks plus one spare front, fourteen blanks in all. Frame, connectors, devices, finish and mock-up work are explicitly itemized for the actual order.
Discuss MDF exhibition stand components.
Tell us what you are making, the finish you need and your order quantity.