A beautiful render is not yet a manufacturing brief. Between an interior studio's idea and a finished table, counter, panel or piece of furniture sit dimensions, materials, joints, tolerances, machining, assembly and delivery planning. Here is how to work with a workshop so that the finished piece stays true to your design without leaving the difficult details until production.
A render shows the intention. Workshop drawings explain the construction.
A reception desk can look beautifully resolved in a visualisation: a sweeping curve, a slim metal line, translucent resin and concealed lighting. But the image may not tell us where modules join, how thick the materials are, how the top is fixed, where cables run, how the piece meets a wall or whether it fits through the lift.
Workshop documentation connects the design with the people who will manufacture and install it. Dimensions, materials, hardware, finishes, site interfaces and revision status turn a visual concept into something that can be checked, built and fitted.
For Ahoj Epoxy, this is a valuable way to work with designers and architects. You retain the agreed authorship of the concept; we discuss the manufacturing scope, technical development, timber, resin, CNC work, engraving, metalwork, packaging and preparation for installation. Responsibilities and deliverables are agreed for each project.
Different briefs, one coordinated approach
A statement table, a themed clock and a branded collection call for different processes, but the same discipline: understand the purpose, prepare the information, agree the materials and only then move into production.
Azure River Dining Table
A statement dining table bringing together timber, a blue resin river and a metal base.
Maltese Islands Resin Wall Clock
A Maltese island motif made into a functional timber and blue-resin wall clock.
BRUNI Prosecco Mio
A branded collection developed around the product, its presentation and intended use.
The photographs show genuine Ahoj Epoxy pieces. Descriptions reflect the features documented in our portfolio; dimensions and lead times are agreed separately for each new commission.
Who this approach suits
Interior studios designing homes, restaurants, hotels and offices.
Architects looking for a specialist maker for selected elements.
Furniture businesses seeking timber, resin or CNC support without setting up every process in-house.
Fit-out contractors and main contractors sourcing bespoke components.
Designers in Germany, Austria, Czechia, Poland, Switzerland and elsewhere who would like to discuss production with a Bratislava workshop.
Brands exploring white-label production under their own name.
What you can send us to get started
| Starting point | Useful for an enquiry? | What it shows | What may be missing | Next step |
|---|---|---|---|---|
| 3D visualisation | Yes — for an initial discussion | Appearance and design intention | Confirmed dimensions and joint details | Develop the technical specification |
| SketchUp or another 3D model | Yes — for an initial discussion | Geometry and proportions | Materials, tolerances and hardware | Review the model and its suitability |
| DWG or DXF | Yes — for an initial discussion | Drawn outlines and dimensions, subject to checking | Construction details and finishes | Workshop drawings and production preparation |
| PDF drawing set | Yes — for an initial discussion | Plans, elevations and sections | Editable CAD geometry may still be needed | Check dimensions and drawing status |
| Hand sketch | Potentially — depending on the information | The idea and any stated dimensions | Much of the technical development | Develop a suitable CAD model |
| Material board and specification | Yes — for an initial discussion | Material and finish intention | Geometry and construction details | Coordinate with the drawings |
1. What happens between the model and manufacture?
First, assess whether the design can be made and assembled using suitable materials and processes. The question is not just whether it looks possible on screen.
Next, establish actual materials and thicknesses. A top that looks 30 mm thick in a render may need a different construction once its span, support and intended use have been assessed.
Plan the parts and modules. A large reception desk may need to look continuous once fitted, while still passing through the available doors.
Then resolve hardware, fixings, cable routes, service access and the installation sequence.
Finally, prepare the agreed production information: machining geometry, parts lists, drilling and pocket details, templates and workshop notes as required.
2. Why a maker may suggest changing a detail
A workshop should flag a technical concern, not reproduce an unsuitable detail simply because it looks good in a render.
An unsupported span may need a different support detail. A concealed LED driver still needs a way to be serviced. A monitor arm may need a suitable mounting area rather than an irregular natural edge. It is usually better to resolve these points on the drawing than on the finished piece.
The aim is to protect the design intention while resolving practical risks. Proposed changes should be discussed and approved, not quietly substituted.
3. Workshop drawings help prevent avoidable rework
Clear documentation makes it easier to identify awkward interfaces, obtain approvals and resolve questions before the piece reaches the site. It is a planning tool, not a guarantee that a project can never change.
Include dimensions, material references, edge treatments, hardware, fixing points and interfaces with neighbouring construction where relevant.
The more complex the piece, the less sensible it is to leave its details to last-minute interpretation in the workshop.
4. Revision control: a small habit with a big impact
Use an unambiguous revision reference for the project files.
If the architect issues Revision 03 but production uses Revision 02, machine accuracy will not solve the mistake.
Agree which version is approved for manufacture. Changes after approval need confirmation and a review of cost, timing and technical impact before production files are replaced.
5. Site dimensions matter more than a polished PDF
Walls may not be parallel, floors may not be level and finishes can change the available space. The completed site does not automatically match the architectural drawing.
That may have little effect on a freestanding table. For a fitted reception desk, wall panel or worktop, the difference can be critical.
Confirm when critical dimensions can be measured reliably and who is responsible for taking and approving them.
6. Checking the model against the actual space
A site survey, and in suitable projects a 3D scan, can help compare the design with actual walls, ceilings and connection points. Neither is a substitute for agreeing the required measurements and accuracy.
The principle is simple: design geometry and site conditions are not automatically identical. The relevant interfaces must be checked before manufacture, whether the survey uses scanning or conventional measurements. This does not imply that every project needs a scan or that scanning equipment is part of our agreed scope.
For a project at a distance, establish responsibility for surveying and approving site information at the outset.
7. Solid timber needs room to move
Solid timber changes dimensions as its moisture content changes. A wide tabletop therefore needs a fixing arrangement that accommodates the expected movement.
A large solid-timber panel fitted tightly between two walls may need a revised construction or clearance detail.
Account for the material's behaviour before manufacture while keeping the intended appearance wherever practical.
8. Resin also shapes the production process
Casting resins have product-specific limits for pour depth, temperature and curing. Select the process for the actual resin, volume and design.
Those requirements affect the programme. An earlier opening date cannot make it safe to bypass the specified application or curing conditions.
For a substantial clear casting, plan the required stages and curing time before committing to the delivery programme.
9. CNC turns approved geometry into production work
Once the geometry and scope are agreed, appropriate toolpaths can be prepared for operations such as profile cutting, pockets, drilling, V-carving or 3D machining. The actual operations depend on the material, equipment and design.
Digital preparation is useful for logo inlays, repeated modules, curved panels, connection details and hardware recesses. Fit still depends on the agreed tolerances, material and production process.
Machine programming belongs within the agreed manufacturing responsibility. You do not need to assume that a customer-supplied G-code file will be suitable for our equipment.
10. Which files are most useful?
For 2D geometry, DWG, DXF or SVG may be useful starting points. Confirm units, scale, drawing structure and compatibility rather than relying on the file extension alone.
For a 3D design, STEP or another suitable CAD format may be appropriate, depending on the software and task. Agree the file requirements before preparing a final handover.
A SketchUp model can communicate the idea well, but it may still need development or rebuilding into suitable manufacturing geometry.
A dimensioned PDF can provide the checking reference: plans, sections, notes and revision details. It does not automatically replace the editable geometry required for production.
11. A perspective render is not a dimensioned drawing
Perspective changes how lengths appear.
Do not infer a manufacturing dimension by measuring a screenshot on a monitor.
Where dimensions are missing, we ask for them or agree a technical development stage and issue the result for approval.
12. Specify the material, not just its name
Natural oak can describe many very different appearances.
Agree the species, overall character, stain or finishing system, sheen, acceptable knots and any requirement to coordinate with an existing physical sample.
For resin, discuss colour, transparency and a physical reference where appearance is important. A screen image does not guarantee an exact material match.
13. Name the actual hardware
Hinges, drawer runners, power modules, monitor arms, LED profiles and concealed brackets have real dimensions and installation requirements.
A socket like the one in the render is not enough information to define a component or cut-out.
Choose the actual hardware before finalising its recess, cut-out and fixing detail.
14. Specify tolerances where they matter
Not every furniture component needs a tolerance of ±0.1 mm. This is an example, not a statement of our machine capability.
An unnecessarily tight tolerance can add complexity without improving how a solid-timber piece works.
Agree tolerances for the interfaces that affect fit, hardware, clearances and visible alignment, together with a suitable checking method.
15. Prototypes and physical samples
For a new or complex construction, it may be useful to make a joint detail, corner sample or prototype before committing to the finished piece.
For repeat work, an approved prototype helps establish geometry, finish and assembly requirements. It does not remove the need for production checks.
In white-label production, agree how the sample will be used as a reference for subsequent runs, including acceptable natural variation.
16. What can be discussed from drawings?
Dining tables, meeting tables and gaming desks.
Bar counters and reception desks.
Kitchen islands and worktops.
Wall panels, clocks, signs and decorative elements.
Corporate gifts and branded objects.
Shelves, console tables, benches and other bespoke furniture.
Selected timber, resin and metal elements within a wider fit-out. Each design needs an individual feasibility assessment.
17. We can take on a specialist part of the project
You do not need to commission the whole interior from us.
For example, your local joiner could make the kitchen and wardrobes while Ahoj Epoxy discusses the island top and dining table.
Or a fit-out contractor could handle the main cabinetry while we develop a statement reception piece. These are possible collaboration models, not descriptions of specific completed commissions.
A clear division of scope can make coordination much easier.
18. White-label production under your brand
A studio may want its own brand to remain the client's point of contact.
White-label arrangements need an agreed manufacturing brief, responsibilities, confidentiality and packaging requirements. Define those terms before the work starts.
Ahoj Epoxy can discuss discreet production under the studio's or partner's brand. Branding and communication arrangements are agreed for the particular commission.
19. Confidentiality and ownership
For an unpublished or commercially sensitive concept, discuss confidentiality requirements before sending restricted files.
Agree ownership and permitted use of design files, production information and branding. Do not assume that every file has the same ownership or retention terms.
A white-label partnership also needs a clear client relationship and communication process. Set out who liaises with the end customer and on what terms.
20. A Bratislava production partner for European studios
When comparing workshops, look at the full project cost rather than making assumptions about labour rates in different countries.
Specialist production in Bratislava may be worth considering where the design, expertise and logistics make sense for your project. We do not promise to undercut every local supplier.
Delivery to Austria, Czechia, Germany, Switzerland or elsewhere needs destination-specific planning. Discuss access, packaging, insurance arrangements and any import responsibilities before confirming the order.
22. Installation on site
Depending on the project, installation may be by your local team, by an agreed Ahoj team or through a coordinated arrangement. Availability and scope must be confirmed.
A straightforward freestanding table may suit local assembly with appropriate instructions and handling arrangements.
For a fitted or complex element, agree the installation scope, access, responsibilities and site readiness in advance.
23. Coordinate the interfaces with other trades
A reception desk may interface with power, data, flooring and wall finishes.
A kitchen island may need coordinated water, electrical and appliance details.
A bar counter may need refrigeration, drainage and ventilation interfaces.
Show those interfaces in the agreed drawings and involve the responsible qualified trades. Furniture manufacture does not automatically include their design or certification.
24. What if the site changes?
If a wall, service point or finished floor level changes, check the impact and update the approved information before affected production work proceeds.
Trimming on site may be appropriate for a planned finishing detail, but it should not be the default strategy for resolving an unknown fit.
An improvised alteration can damage a finished surface. Agree any site adjustment and its method rather than treating it as a harmless last-minute fix.
25. Small production runs for brands
Drawing-led production can support more than a one-off commission.
A furniture brand or studio can discuss a collection of tables, clocks or objects and assess whether repeat production is practical.
A useful sequence is technical handover, prototype, review, agreed production standard and packaging. Quantities, capacity and lead times are confirmed for the actual collection.
26. Separate design development from manufacture
Where you provide suitable, complete documentation, we can discuss acting as the manufacturing workshop.
If you have a concept rather than production information, technical development can be scoped separately.
A manufacturing quotation does not automatically include creating an entire technical drawing set from scratch. Agree the deliverables and fees for each stage.
27. What affects the production quote?
Technical development, material sourcing, construction complexity, machining, metalwork, resin volume, prototypes, finishing, packaging, delivery and installation can all influence the budget.
Clear documentation reduces uncertainty and supports a more useful quotation.
If information is missing, state the assumptions and provisional items. Resolve them before they become unexpected additions to the order.
28. A coordinated working sequence
1Share the concept, drawings, model and material intention.
2Agree exactly which elements we will manufacture.
3Review feasibility and resolve technical questions.
4Prepare the agreed workshop information or check the supplied documentation.
5Approve the materials and any required samples.
6Confirm the revision released for manufacture.
7Prepare the applicable machining data, component drawings and production plan.
8Manufacture the parts and carry out the agreed checks.
9Use a trial assembly where it is appropriate to the design.
10Package and label the piece for the agreed delivery arrangement.
11Complete the agreed installation or hand over to the responsible local team.
29. What to send before the first conversation
A render, sketch or photographs explaining the concept.
Your available PDF, DWG, DXF, SketchUp or STEP files, with units and revision information.
Overall dimensions and any critical interfaces.
The proposed materials and finishes.
The number of pieces.
The delivery address or destination country.
Your required completion and installation dates, for feasibility assessment.
Any white-label or confidentiality requirements.
What the client has approved and what is still open to change.
30. Avoidable mistakes to flag early
Releasing production from an undimensioned render.
Relying on site dimensions that have not been checked after relevant finishes are complete.
Using files without an unambiguous revision and approval status.
Finalising machining before the actual hardware has been selected.
Leaving delivery and installation access unresolved.
Treating solid timber as dimensionally unchanging.
Omitting the selected resin's curing requirements from the programme.
Making a large piece as one module without checking the route into the building.
Leaving responsibility for the site survey undefined.
Changing an approved design without a confirmed change process.
Working with designers and architects: your questions answered
Can I start with just a 3D visualisation?
Yes, for an initial discussion. We will need to agree the technical development required before the design can be released for manufacture.
Can you work from DWG or DXF files?
Yes — send your brief and files so we can assess the design, information and scope. Any commitment is subject to that review.
Can I send a SketchUp model?
Yes, as a starting point. We check its units, geometry and suitability and agree any further development before production.
Can you make one element within a larger project?
Yes — send your brief and files so we can assess the design, information and scope. Any commitment is subject to that review.
Can we discuss a prototype?
Yes — send your brief and files so we can assess the design, information and scope. Any commitment is subject to that review.
Can German and Austrian studios enquire?
Yes — send your brief and files so we can assess the design, information and scope. Any commitment is subject to that review.
Do you offer white-label production?
Yes — send your brief and files so we can assess the design, information and scope. Any commitment is subject to that review.
Can we agree an NDA?
Confidentiality arrangements can be discussed for sensitive business projects. Agree the terms before sharing restricted information.
Who prepares the workshop drawings?
It depends on the agreed scope. You may supply suitable documentation, or we can separately discuss its development into manufacturing information.
Can you coordinate with a local installer?
Yes — send your brief and files so we can assess the design, information and scope. Any commitment is subject to that review.
Could we order the same piece again next year?
Potentially, if the materials and necessary production information remain available. We review the design, price, capacity and timetable again rather than guaranteeing an identical repeat order.
Can you make a small run under our brand?
Following feasibility review, prototype approval and an agreed production standard, we can discuss a repeat run. Quantities and programme need confirmation.
A good workshop helps make the design buildable
The strongest studio–workshop partnerships bring different expertise together rather than competing over who knows more.
The designer leads the concept, proportions, material intention and client relationship. Manufacturing and installation responsibilities are then agreed explicitly: construction, material movement, machining, curing, handling and fit all need a named owner.
Workshop drawings, revision control, samples and a proper handover are not paperwork for its own sake. They help protect the design from avoidable improvisation.
From our Bratislava workshop, Ahoj Epoxy can discuss specialist pieces and repeat white-label production with designers, architects, furniture studios and fit-out partners across Europe. Scope, feasibility and logistics are agreed individually.
Let's review your production information
Send your drawing, model or visualisation. We will discuss the design intention, the information still needed and the practical next steps towards manufacture.