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A PVC floor tile making machine must match the flooring construction and installation format. Producing dryback tiles requires accurate forming, bonding, stabilization and cutting. Producing click-lock flooring adds requirements for an engineered locking profile, suitable core properties, precision edge machining and joint inspection.
Some production stages can be shared, but a line should only be specified for both formats after confirming material compatibility, product dimensions and finishing requirements. Adding a profiling machine does not, by itself, turn every dryback product into suitable click flooring.
This guide explains the equipment needed for each format and how to define a production line around the finished floor you intend to sell.
The term can refer to a complete production line or a single machine within it. Establish the supply boundary before requesting a quotation.
There are three common purchasing scopes:
Production from raw materials: Mixing, compound processing, sheet forming, layer bonding, surface finishing and conversion into finished flooring.
Finishing purchased sheets or boards: Coating where required, cutting, profiling, backing application and packaging.
One specific operation: A tile punch, cutting machine, profiling machine or another standalone unit.
A cutting machine processes an existing sheet. It does not produce the PVC compound or create the complete laminated construction.
Also specify the final shape. Tiles and planks describe product dimensions and format; they do not fully define the material structure or installation method.
Dryback, also written as dry-back, generally refers to flooring installed using a separately applied adhesive. Conventional dryback flooring has no mechanical locking joint. It is also different from peel-and-stick flooring, which has a factory-applied adhesive system and release liner.
Click-lock flooring uses an engineered edge connection. Its production requirements depend on the selected locking system and flooring construction.
These installation formats should be considered separately from material categories. Flexible LVT is commonly used for dryback products, while click products can use suitable LVT, SPC or other engineered constructions.
Production consideration |
Dryback flooring |
Click-lock flooring |
|---|---|---|
Installation connection |
Adhesive bond to the prepared substrate |
Mechanical connection between adjoining panels |
Product design |
Defined layer structure and underside suitable for the installation system |
Defined layer structure, core properties and locking geometry |
Final sizing |
Cutting or punching to finished dimensions |
Cutting to blanks with allowances for profile machining |
Edge processing |
Straight edges or the specified decorative edge finish |
Machined locking profiles, with additional edge finishing where specified |
Underside |
Must meet the specified bonding and surface requirements |
May have an attached pad if the product design requires it |
Main additional inspection |
Dimensions, flatness, stability and underside condition |
Profile geometry, edge integrity, assembled fit and locking performance |
Tooling information |
Tile or plank sizes and edge design |
Blank sizes, approved joint drawing and profile tooling |
Both formats require consistent layer bonding, appearance and dimensional performance. The absence of a click joint does not remove the need for careful process control.
For projects starting with raw materials, the preparation section measures and mixes the intended compound. The equipment must suit the resin, filler, additives and plasticizer content where applicable.
Define the formulation for each product separately. A flexible LVT compound and a rigid SPC compound should not be treated as interchangeable simply because both contain PVC.
Ask how the mixing and feeding system handles batch identification, small additive quantities, material changes and any approved recycled content.
The forming route may use extrusion with downstream rolls, calendered sheets with subsequent lamination, or another validated arrangement.
The proposal should explain where each layer enters the process and how the base, decorative film, wear layer and any reinforcement or balance layer are combined.
Kingshine’s LVT flooring production line includes balance-layer lamination equipment. Where this function is relevant to the specified product, include its materials, working width and control requirements in the equipment discussion.
Surface requirements can include traditional embossing, embossed-in-register texture and UV coating. These features are separate decisions from the installation format.
Specify the approved appearance, decorative film, wear layer, texture and gloss. For EIR, confirm matched tooling, film compatibility and registration control.
Inspect the finished surface after all relevant processing stages. The transparent wear layer and the applied surface coating should have separate material and performance specifications.
Both formats need an appropriate cooling and conditioning plan. Some product routes also require annealing or other thermal treatment.
Define the procedure through the actual construction and trial results. A board that appears flat immediately after forming still needs the agreed finished-product stability checks.
Include the associated equipment, handling and storage space in the layout. Establish the conditions under which material is released for final cutting or profiling.
The dryback finishing section converts the stabilized sheet into tiles or planks. Depending on the material and process, equipment may use punching, slitting and cross-cutting, or another suitable cutting method.
Choose the system around product thickness, shape, minimum dimensions and edge requirements. Request samples at the intended production rate.
Check length, width, squareness, edge straightness and visible cutting defects. For patterned installation formats, include the required orientation and matching-piece arrangement in the production brief.
Ask how tooling changes affect startup waste and how trim is separated from accepted products.
The underside must suit the specified flooring and installation system. Define its finish, cleanliness and any required treatment.
Conventional dryback manufacture does not automatically require factory adhesive coating. If the project is actually for self-adhesive tiles, the equipment scope must address adhesive application, release-liner handling and the related quality checks separately.
Avoid approving dryback flooring only from its decorative face. Include underside condition and the relevant finished-product bonding evaluation in the quality plan.
Dryback handling equipment must support the product without creating unacceptable marks or deformation. Review stacking, counting and carton loading for the intended sizes.
Identify product type, dimensions, décor and production batch on the packaging. Keep rejected tiles and incompatible trim separate from saleable stock.
Start with the approved joint design and intended core specification. The material must support the required profile geometry and joint performance at the chosen thickness.
Check the actual produced board through machining and assembly trials. Extrusion quality alone does not establish that a finished locking joint will meet its requirements.
Confirm the tooling and any applicable permissions associated with the selected joint system before finalizing the machinery scope.
Click flooring normally requires blanks that allow material to be removed during edge machining. Define rough blank dimensions and finished dimensions separately.
The cutting layout should account for side trim, cutting losses and profiling allowances. It should also preserve the required orientation of the decorative pattern.
Confirm whether the cutting equipment supplies the profiling section automatically or whether intermediate handling and storage are needed.
A click-flooring production line needs equipment capable of creating the specified connection on the required edges. Suitable systems may use double-end profiling machines or other purpose-designed arrangements.
Request details of:
Supported blank lengths, widths and thicknesses.
Long-side and short-side processing arrangements.
Tooling supplied for each joint design.
Board guiding, support and reference surfaces.
Adjustment and inspection procedures.
Extraction and collection of machining debris.
Assess the shortest and narrowest planned products, not only a standard long plank. Their handling and feeding requirements may limit the supported range.
Some locking designs incorporate separate inserts. If the selected system uses them, include insert supply, insertion equipment and inspection in the production plan.
A decorative bevel and a locking profile perform different functions. If a bevel, edge color or another finish is specified, identify the equipment and tooling needed to produce it.
An attached acoustic pad is optional and construction-dependent. Specify its material, thickness, position, coverage and bonding requirements.
Confirm that backing application leaves the locking geometry and intended assembly function unobstructed. Include final trimming and inspection where needed.
A shared line is possible only when its operating range and configuration support both defined products.
First check the upstream section: compound preparation, forming, layer bonding and thermal control. Then check whether the downstream system can support separate finishing routes or a suitable bypass arrangement.
For example, a technically suitable shared sheet-forming section might feed dryback cutting for one product and blank cutting followed by profiling for another. That possibility must be confirmed for the actual constructions.
Request a written changeover plan covering formulations, thickness settings, tooling, surface materials, cleaning and intermediate stock. Compare the time and material required to resume acceptable production.
The right acceptance test is to manufacture and inspect both specified products. A trial of one product does not demonstrate the entire proposed range.
Compare capacity using accepted finished square meters per shift for each product size.
The forming section may be quoted in kg/h, while a finishing machine may be quoted in meters per minute or pieces per minute. These figures cannot be compared directly without defining the product and measurement point.
For a finished-piece rate:
Finished area per hour = accepted pieces per minute × finished piece length in meters × finished piece width in meters × 60.
This calculation describes the measured running rate. Daily planning also needs the working schedule and interruptions. If the piece count already excludes rejects, do not deduct the same rejects again.
Ask for finishing capacity at each important tile or plank size. Account for feed gaps, transfers, long-side and short-side operations, tool changes and packing capacity.
Use the product drawing and an agreed test plan to establish acceptance criteria.
For both formats, inspect dimensions, flatness, layer adhesion, appearance and dimensional stability under specified conditioning and test conditions.
For dryback products, add checks for edge quality and the specified underside. Confirm that the finished construction is evaluated with the intended installation system where required.
For click products, measure the machined profiles and inspect for edge damage. Suitable inspection equipment may include dedicated gauges, profile projectors or optical measurement systems.
Assemble sample panels using the specified method. Evaluate fit, surface alignment, gaps, damage during assembly and locking performance against the approved criteria. Include both long and short joints where applicable.
Retain samples and link inspection records to material batches, machine settings and tooling condition. This helps identify whether a variation began during forming, cutting or profiling.
Specification |
Information to provide |
|---|---|
Product and installation format |
Dryback, click-lock or another clearly defined product |
Supply boundary |
Raw materials to finished flooring, finishing purchased boards, or one operation |
Layer construction |
Materials and thickness of each layer, including any backing |
Dimensions |
Finished tile or plank sizes, rough blank sizes and tolerances |
Core material |
Formulation, density, flexibility and approved recycled content |
Edge design |
Straight edge, bevel, approved locking profile and any inserts |
Surface finish |
Decorative film, wear layer, embossing, EIR and coating |
Output target |
Accepted m² per shift, working hours and product-size mix |
Quality requirements |
Test methods, conditioning and acceptance criteria |
Factory conditions |
Layout, utilities, handling arrangements and automation requirements |
Ask for an equipment list and process layout that identify every included operation. Price the required tooling, auxiliaries, inspection devices and startup spares explicitly.
For a future click-flooring expansion, request a defined modification scope. Confirm what can be reused and what would need to be added or replaced.
It can mean a complete flooring production line or equipment for one operation, such as cutting or punching. Clarify whether the project starts with raw materials or purchased sheets and what finished output is required.
No. Conventional dryback flooring uses separately applied installation adhesive. Self-adhesive flooring has a factory-applied adhesive system and release liner, which create additional manufacturing requirements.
No. Click-lock describes the connection system. Suitable LVT, SPC and other engineered constructions can use locking joints when the material and profile are designed to work together.
Conventional dryback products do not require mechanical locking profiles. They still need accurate final sizing and any specified edge finishing.
Possibly, but first verify the core material, thickness, dimensional stability and joint design. The upgrade may also require different blank cutting, handling, tooling and inspection equipment.
It depends on the working range. Confirm minimum and maximum dimensions, cutting or punching arrangements, profiling limits where relevant, and packaging capability for every planned format.
No. An attached pad is a product-design choice. If specified, the line needs compatible application equipment and controls for bonding, placement and trimming.
No. EIR concerns the relationship between surface texture and printed décor. Its use depends on the product and surface-processing equipment rather than the installation format alone.
It should include the specified board construction, final profiling, dimensional checks and assembled-joint testing. Record acceptable output and inspect products made at different times during the run.
Use the same product specification and supply boundary. Include tooling, auxiliaries, finishing equipment, inspection, installation and training, then compare verified output and operating requirements.
Prepare your layer drawing, tile or plank dimensions, installation format and output target before selecting equipment. For click products, include the approved locking-profile requirements; for dryback products, define final sizing and underside requirements.
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