Slate plaques and small décor
Produce qualified slate signs, table plaques, coasters and personalized décor when the part dimensions, weight, surface condition and printable area fit a controlled compact workflow.
Review the AJ1206
Stone Results Begin With Surface Qualification
Slate and stone vary in mineral composition, porosity, cleft, polish, sealers and dust retention. Clean and condition representative production samples using an approved method, then compare direct color, white-underbase options and adhesion on the actual printable face.
Record thickness and weight before loading. Approve the finished sample against its real handling, cleaning, moisture and indoor or outdoor exposure requirements instead of assuming one setting or coating will suit every material sold as stone.
Stone printing production overview
Stone Is a Material Family, Not One Print Setting
Direct UV printing can support qualified slate plaques, stone signs and decorative panels, but natural variation matters. Surface porosity, cleft, polish, dust, sealers, thickness, weight, ink layers and end-use exposure should be recorded and tested before a printer or production target is approved.
Stone samples and short runs
Change artwork without making a separate screen for every version, while keeping the substrate batch, cleaning method, white layer and inspection standard traceable.
Compare ceramic tile workflowsStandard stone panels
Plan individual or nested panel layouts on a 2500 × 1300 mm platform after confirming safe loading, supported weight, flatness, clearance and surface preparation.
Review the AJ2513G/RLarge decorative panels
Evaluate a larger platform only when panel dimensions, handling equipment, bed support, operator access and the approved production test justify the workflow.
Review the AJ2130G/RIdentify the printable face
Record stone type, supplier, finish, porosity, cleft or polish, sealer, color and batch. Test the exact face that will be printed.
Remove dust consistently
Stone dust, cutting residue and cleaning products can change adhesion. Use an approved preparation method and allow the surface to reach a stable condition.
Qualify weight and flatness
Print area alone does not confirm that a slab can be loaded. Submit dimensions, thickness, individual weight, surface relief and support requirements.
Approve ink layers and exposure
Compare direct color, white-underbase options and any varnish requirement, then test adhesion, cleaning and the intended indoor or outdoor conditions.
Three current flatbed platforms
Match Part Size and Handling to the Right Printer
Published print areas help define the first shortlist. Final selection also depends on individual part weight, thickness, surface relief, safe loading, bed support, ink sequence, inspection and actual tested output.
Compact samples and plaques
AJ1206
- Maximum print area
- 1200 × 600 mm
- Published media range
- 0–35 mm; maximum media weight 36 kg
- Published ink configuration
- CMYK + White + Varnish
- Useful when
- Small plaques, samples or nested parts fit the bed and pass the loading and material test.
Standard 2500 × 1300 mm platform
AJ2513G/R
- Maximum print area
- 2500 × 1300 mm
- Published printhead options
- Ricoh Gen5 or Gen6
- Published configuration
- Configurable with up to 8 printheads
- Useful when
- Standard panels and configurable mid-format production are the priority.
Large 2100 × 3000 mm platform
AJ2130G/R
- Maximum print area
- 2100 × 3000 mm
- Published printhead options
- Ricoh Gen5 or Gen6
- Published configuration
- Configurable with up to 8 printheads
- Useful when
- Large panels and a controlled wide-format handling plan are required.
A published bed size or media limit is not a blanket approval for stone. Confirm concentrated load, support, surface relief, clearance, loading method and the exact production material with AndresJet before purchase.
For a useful recommendation
Send the Material and Workflow, Not Only a Stone Name
Natural material names are too broad for reliable selection. These four groups let the application team assess printer fit, preparation and a representative sample plan.
- 1
Material identity and finish
Stone or slate type, supplier, batch, porosity, cleft or polish, coating or sealer, printable face and current preparation method.
- 2
Dimensions and handling
Length, width, thickness, individual weight, quantity per bed, flatness, fragile edges, loading equipment and available support.
- 3
Artwork and appearance
Print file, color reference, image coverage, dark-substrate opacity, white or varnish requirement, viewing distance and acceptable texture.
- 4
Use and acceptance test
Indoor or outdoor location, handling, cleaning, moisture, abrasion, expected service conditions, order mix and written pass/fail criteria.
Stone and Slate UV Printing FAQ
These answers define what must be verified before production; they do not replace testing on the actual material.
Can every type of stone or slate be printed with UV ink?
No. Stone varies in mineral composition, porosity, dust retention, surface energy, sealers and texture. Some materials may accept a tested process, while others need preparation or may not meet the required adhesion and durability. Submit the exact production sample.
Does stone need a primer or sealer before printing?
It depends on the stone, existing finish, ink system and acceptance test. A porous surface, polished face or unknown sealer can behave differently. Do not prescribe a universal primer from the material name alone; compare controlled samples using preparation approved for that substrate and end use.
How are colors handled on dark slate?
Dark slate may need a tested white underbase where opacity is required. Compare direct color and one or more white-layer options using the real artwork, then evaluate edge quality, color, surface feel and adhesion before approving the file and ink sequence.
Can a large flatbed printer handle any heavy stone slab that fits the bed?
No. Print area is only one constraint. Individual weight, concentrated loading, thickness, relief, flatness, bed support, loading equipment and safe printhead clearance all matter. AndresJet should review these values before the material is placed on a printer.
Is a UV-printed stone panel automatically suitable outdoors?
No fixed outdoor life should be promised from the printer or stone name alone. Ink, white and varnish layers, preparation, water, UV exposure, temperature changes, abrasion, installation and cleaning can affect performance. Define the environment and complete an appropriate sample or weathering test.
Test before production
Send Us Your Stone and Artwork Requirements
Share representative material, dimensions, thickness, individual weight, printable face, artwork and end-use conditions. AndresJet can review the application, identify a suitable current platform and arrange a sample test.
View the Stone and Slate UV Printing GuideHide the Stone and Slate UV Printing Guide
Material qualification guide
Plan Stone Printing Around the Real Surface and Finished Use
A useful pilot documents the substrate, preparation, loading, ink layers, post-process and acceptance result so repeat orders do not depend on an unrecorded first sample.
Direct UV printing compared with other decoration routes
Direct UV printing
Supports digital artwork changes and color plus white-layer options on qualified flat surfaces. It still requires material, loading, adhesion and finished-use testing.
Engraving or etching
Removes or alters the surface and can create a different tactile result. It is a separate process with its own equipment, dust control, depth and finishing considerations.
Applied graphics
Labels, films or transfers can suit some uses but add a separate material and application step. Edge appearance and adhesion should be evaluated for the final environment.
A controlled stone sample workflow
- 1
Identify and inspect. Record material type, supplier, batch, finish, printable face, pores, cleft, chips, coating, sealer and visible dust.
- 2
Measure before loading. Confirm length, width, thickness, individual weight, flatness, surface relief and the support needed to keep the part stable.
- 3
Prepare consistently. Use only a substrate-appropriate cleaning or conditioning method and allow the surface to reach a stable state before printing.
- 4
Print a controlled matrix. Compare direct color, white-underbase options and any varnish layer while keeping files, settings and sample locations traceable.
- 5
Test the finished use. Inspect color, adhesion, cleaning, moisture, abrasion and environmental exposure that match the actual application.
- 6
Approve and document. Save the material batch, preparation, file, ink sequence, loading map, settings and acceptance result for repeat work.
Material details to record
- Natural slate, limestone, marble, granite, engineered stone or other supplied material
- Supplier, product code, batch and printable face
- Honed, polished, cleft, sealed, coated or unfinished condition
- Dimensions, thickness, individual weight and edge condition
- Surface relief, pores, dust, moisture and flatness
- Approved cleaners, sealers or preparation restrictions
Acceptance tests to define
- Color and white opacity under intended lighting
- Initial and post-conditioning adhesion
- Cleaning and chemical contact expected in use
- Moisture, abrasion and handling resistance
- Indoor, sheltered or outdoor exposure
- Edge, chip and installation appearance
Why the same stone name can produce different results
Two products sold under a similar commercial name can differ in porosity, mineral structure, resin content, factory sealer, polishing compound or surface contamination. Even different faces or batches of one stone may not behave identically.
Approve the production material and preparation together. A successful print on one slate sample does not automatically qualify another supplier, finish or batch.
Build artwork and ink layers for the substrate
Natural surface variation
Choose artwork that tolerates or intentionally uses color, grain and texture variation. Keep critical detail away from chips, deep cleft and irregular edges.
White underbase
Use a controlled white layer when the design requires opacity on dark stone. Test coverage, registration, edge appearance, adhesion and surface feel.
Varnish and protection
Varnish can alter gloss and texture but should not be treated as a universal outdoor guarantee. Evaluate the complete layer stack under the expected conditions.
Estimate output from the complete workflow
Finished output depends on more than carriage speed. Time a representative pilot that includes:
- Material inspection, cleaning and conditioning
- Safe loading, support, alignment and unloading
- Artwork processing, color, white and varnish passes
- Inspection, adhesion testing and rejected-part allowance
- Design, material and batch changeovers
- Operator attendance and safe handling of heavy or fragile parts
Use the approved pilot to set pieces-per-shift expectations instead of relying on a headline speed.
What to send with a sample request
Material
Representative production pieces, supplier code, type, batch, finish, sealer, printable face and preparation instructions.
Geometry and handling
Dimensions, thickness, individual weight, surface relief, flatness, fragile edges, pieces per bed and available loading equipment.
Artwork
Production file, color reference, coverage, white or varnish requirement, viewing distance and acceptable surface texture.
End use
Quantity, versions, turnaround, installation, handling, cleaners, moisture, abrasion, environment and written pass/fail criteria.