[ { "short_title": "How does material hardness affect engraving quality in laser cutting?", "excerpt": "Engraving hard materials is usually shallower and often slower than engraving softer materials, because the laser needs more energy to remove visible material. As a result, contrast, depth, and detail can vary, but hardness is not the only factor. Material type, density, machine settings, and a properly adjusted focus also heavily determine the outcome. Softer material is therefore not automatically better, as sheets that are too soft or fibrous can actually produce less crisp or somewhat frayed engravings.", "tags": ["Materiaal"], "url": "\/en\/blogs\/faq\/hoe-beinvloedt-hard-materiaal-de-gravure", "hide_link": false, "source": "article" } , { "short_title": "How does focus height affect cut quality in laser cutting?", "excerpt": "Determine the correct focus height by testing each material and sheet thickness on your own machine, rather than adopting a single standard value. If the focus is too high or too low, the cut can become wider, the edge rougher, and cutting efficiency often decreases. Especially with sheet materials like wood and MDF, a properly set focus helps achieve more consistent and cleaner cuts. Additionally, a different focus setting may work better for engraving than for cutting all the way through.", "tags": ["Overig"], "url": "\/en\/blogs\/faq\/hoe-stel-je-de-juiste-focushoogte-in-voor-schoner-lasersnijden", "hide_link": false, "source": "article" } , { "short_title": "The impact of knots on laser cutting: what you need to know about wood", "excerpt": "How do knots affect the laser cutting of wood? Knots make wood locally less homogeneous. As a result, cutting and engraving can become less predictable. A knot often has a different structure than the surrounding wood and can locally react as a denser or harder material. You may notice this in the cutting depth, cutting speed, and edge finish, for example. The extent of this effect depends on the wood species, the panel construction, the size and distribution of the knots, and the settings of your machine. If neat details and a consistent result are important to you, more homogeneous sheet material is often the safest choice.", "tags": ["Lasersnijden"], "url": "\/en\/blogs\/faq\/hoe-beinvloeden-noesten-het-lasersnijden-van-hout", "hide_link": false, "source": "article" } , { "short_title": "Why do narrow laser-cut parts warp faster during cutting?", "excerpt": "Narrow laser-cut parts bend faster because they have less stiffness and material mass than wide parts. As a result, heat, internal stress in the sheet, and movement during cutting become visible more quickly in the form of warping or lifting. The severity of this effect varies by material type, thickness, finish, and laser settings. By choosing the right material and thickness, storing your sheets flat, and using laser-safe protective film where necessary, you can often limit deformation. However, always run tests on your own machine and specific material variant.", "tags": ["Materiaal"], "url": "\/en\/blogs\/faq\/waarom-buigen-smalle-laseronderdelen-sneller-tijdens-het-snijden", "hide_link": false, "source": "article" } , { "short_title": "Why does engraving depth vary between different types of wood?", "excerpt": "Engraving depth varies by wood type because materials react differently to the heat and energy of the laser. MDF, birch plywood, and basswood plywood each have a different density, structure, glue distribution, and grain pattern, meaning the same settings will not yield the same result. Even sheets of the same material type can differ from one another due to thickness, finish, and composition. Therefore, a quick test engraving per machine and per sheet is usually the most reliable way to achieve a predictable result.", "tags": ["Hout en MDF"], "url": "\/en\/blogs\/faq\/waarom-varieert-gravurediepte-per-houtsoort", "hide_link": false, "source": "article" } , { "short_title": "Why do stress concentrations occur around cutouts in sheet materials for laser cutting?", "excerpt": "Stress concentrations occur around cutouts because forces are no longer distributed evenly across the sheet. In particular, sharp inner corners, narrow bridges, and holes close to the edges cause stress to accumulate locally. This increases the risk of cracking, deformation, breakage, or loss of dimensional accuracy during or after laser cutting. You can reduce this risk by using rounder shapes, leaving sufficient material around openings, selecting an appropriate sheet thickness, and choosing a material that suits your application and machine.", "tags": ["Materiaal"], "url": "\/en\/blogs\/faq\/waarom-ontstaan-spanningsconcentraties-rond-uitsparingen", "hide_link": false, "source": "article" } , { "short_title": "Why is my engraving too light?", "excerpt": "When we say an engraving is too light, we mean it is barely visible after laser engraving, lacks contrast, or is less deep and clear than you expected. You will notice this, for example, when text, lines, or solid areas are physically engraved, but visually blend into the material's surface.", "tags": ["Lasersnijden"], "url": "\/en\/blogs\/faq\/intro", "hide_link": false, "source": "article" } , { "short_title": "Why do burrs or rough edges form during laser cutting?", "excerpt": "Burring or rough edges are usually caused by a combination of material choice, sheet thickness, settings, and the calibration of your machine. Materials like acrylic, wood, MDF, plywood, and cardboard all react differently to the laser, meaning the cutting edge can vary by sheet and application. Focus, air assist, protective film, and material preparation also often have an impact. Therefore, there is no single setting that gives the same result on every laser and with every material.", "tags": ["Overig"], "url": "\/en\/blogs\/faq\/waarom-krijg-je-braamvorming-of-ruwe-randen-bij-lasersnijden", "hide_link": false, "source": "article" } , { "short_title": "What causes cracking in acrylic during laser cutting?", "excerpt": "Cracking in acrylic during laser cutting is usually caused by internal stress in the sheet combined with localized heat from the laser. Incorrect storage, transport damage, bending, clamping, or an unfavourable cutting strategy can also trigger cracks. Additionally, the difference between cast and extruded acrylic can affect how the material reacts.", "tags": ["Overig"], "url": "\/en\/blogs\/faq\/wat-veroorzaakt-scheurvorming-in-acrylaat-tijdens-lasersnijden", "hide_link": false, "source": "article" } , { "short_title": "Why do dimensional deviations occur when laser cutting large parts?", "excerpt": "Large laser-cut parts can deviate slightly due to a combination of material behaviour, heat input, machine settings, and the distance across the work area. With larger sheets and longer cut lines, small deviations are more noticeable than with test pieces or small parts. This does not automatically mean the material is “bad”, but rather that the choice of material and working method need to be better aligned. For predictable results, it is important to evaluate your own machine, settings, and sheet material together.", "tags": ["Lasersnijden"], "url": "\/en\/blogs\/faq\/waarom-wijken-grote-laserdelen-soms-af-in-maat", "hide_link": false, "source": "article" } , { "short_title": "Which types of wood give the cleanest results for intricate laser cutting?", "excerpt": "For fine laser cutting, there is no single wood type that always gives the cleanest result. It mainly depends on the detail level of your design, the sheet thickness, the layer structure, and how your machine reacts to the material. In practice, birch plywood is often a logical default choice for many small and precise shapes, as it is a predictable all-round option for many applications. Basswood plywood is often interesting if you want to combine even finer details with a subtle wood grain. MDF can also yield crisp contours and even engravings, but usually requires a bit more attention regarding dust formation and post-processing.", "tags": ["Hout en MDF"], "url": "\/en\/blogs\/faq\/welke-houtsoorten-geven-het-strakste-resultaat-bij-fijn-lasersnijden", "hide_link": false, "source": "article" } , { "short_title": "What happens to acrylic during the melting process?", "excerpt": "When heated, acrylic first softens, can then deform, and eventually melt with further heating. During laser cutting, this results in smoother or, conversely, deformed edges, melting marks, and sometimes a less crisp engraving. The extent of this effect depends on the sheet type, such as cast or extruded acrylic, and your machine's settings. Therefore, it is important to choose an acrylic type that suits your application, desired finish, and laser.", "tags": ["Overig"], "url": "\/en\/blogs\/faq\/wat-doet-acrylaat-als-het-smelt", "hide_link": false, "source": "article" } , { "short_title": "Why do some types of wood engrave unevenly? Causes, material choice, and solutions", "excerpt": "Wood produces beautiful engravings, but the results aren't always predictable. Two sheets that look almost identical can still yield clearly different outcomes. One sheet might engrave evenly with sharp contrast, while another turns out blotchy, darker, or fainter.", "tags": ["Hout en MDF"], "url": "\/en\/blogs\/faq\/waarom-graveren-sommige-houtsoorten-ongelijkmatig", "hide_link": false, "source": "article" } , { "short_title": "When should you choose raster engraving?", "excerpt": "You typically choose raster engraving when you want to fill areas, add texture, or engrave photo-like details. The laser moves line by line across the surface, similar to how a printer builds up an image. This makes raster engraving well-suited for logos with filled areas, illustrations, patterns, and highly detailed images.", "tags": ["Lasersnijden"], "url": "\/en\/blogs\/faq\/h3-wanneer-kies-je-rastergraveren", "hide_link": false, "source": "article" } , { "short_title": "How does grain direction affect the result with wood?", "excerpt": "Summary: Yes, the grain direction of wood can significantly influence laser cutting results. You may notice differences in the cut edge, splintering, susceptibility to breakage, and the strength of narrow or small parts. This effect is usually most noticeable in solid wood, whereas plywood behaves differently due to its cross-glued layers, and MDF lacks a true grain direction entirely. The exact impact depends on the wood species, board composition, thickness, and your specific machine settings, so running a test cut is always recommended.", "tags": ["Hout en MDF"], "url": "\/en\/blogs\/faq\/hoe-beinvloedt-vezelrichting-het-resultaat-bij-hout", "hide_link": false, "source": "article" } , { "short_title": "Engraving black acrylic: when do you get a crisp and readable result?", "excerpt": "Yes, black acrylic can often be engraved well. How crisp and readable the result will be depends mainly on the type of acrylic, the surface finish, and your own laser settings. Cast acrylic and extruded acrylic can behave differently when engraved. Therefore, black acrylic is not automatically the best choice for every machine and every project.", "tags": ["Acrylaat en kunststof"], "url": "\/en\/blogs\/faq\/kun-je-zwart-acrylaat-graveren", "hide_link": false, "source": "article" } , { "short_title": "Which acrylic is best for engraving? Selection, differences, and applications", "excerpt": "Cast acrylic is often chosen if you are looking for the sharpest and most visible engraving result, as it can yield a clean, matte engraving in many applications. However, this does not mean cast acrylic is always the best choice; colour, transparency, the desired look, and the type of project also play a role. Extruded acrylic is perfectly usable in some cases, but is less often chosen when engraving is the main focus. The final sharpness also depends heavily on the focus, power, speed, and settings of your own machine.", "tags": ["Overig"], "url": "\/en\/blogs\/faq\/welk-acrylaat-geeft-het-scherpste-graveerresultaat", "hide_link": false, "source": "article" } , { "short_title": "What causes microcracks in plastics? Causes, risks, and prevention", "excerpt": "Microcracks in plastic sheets are usually caused by a combination of internal stress in the material and additional strain during processing or use. In laser cutting, this is especially noticeable around cut edges, holes, sharp corners, and fine details.", "tags": ["Overig"], "url": "\/en\/blogs\/faq\/wat-veroorzaakt-microscheurtjes-in-kunststof-platen", "hide_link": false, "source": "article" } , { "short_title": "What material properties determine the stiffness of a sheet?", "excerpt": "Summary: The stiffness of a sheet is primarily determined by the material itself, its thickness, and the structure of the sheet. In practice, a thicker sheet will usually bend less easily than a thinner sheet of the same material. However, the difference between materials can be at least as important as extra thickness, because each material has a different modulus of elasticity. For wood-based sheets, the grain, fibre direction, and internal structure also play a role in how stiff a sheet feels and performs.", "tags": ["Materiaal"], "url": "\/en\/blogs\/faq\/welke-eigenschappen-maken-een-plaat-stijver", "hide_link": false, "source": "article" } , { "short_title": "Internal stress in sheets: effect on dimensional stability during laser cutting", "excerpt": "Internal stress can affect the dimensional stability of sheets, as a sheet may slightly warp or deform after laser cutting, laser engraving, or during storage. This can cause slight variations in length, width, or flatness, even if a sheet appeared completely straight prior to processing. The severity of this effect varies by material type, thickness, finish, and storage method. By choosing your materials carefully, allowing sheets to acclimatize properly, and storing them flat in a dry environment, you reduce the chance of any surprises.", "tags": ["Materiaal"], "url": "\/en\/blogs\/faq\/hoe-beinvloedt-interne-spanning-de-maatvastheid-van-platen", "hide_link": false, "source": "article" } , { "short_title": "Acrylic or wood for signage: which is better for your application?", "excerpt": "For signage, many makers choose acrylic if they want a sleek, modern, and often transparent or coloured look. Wood is usually a better fit if you are looking for a warm, natural appearance instead. Which choice is better depends on the type of sign or display, the desired thickness, and the settings of your laser machine. Both materials can be suitable for signage, but they cut and engrave visibly differently.", "tags": ["Overig"], "url": "\/en\/blogs\/faq\/wat-kies-je-voor-signage", "hide_link": false, "source": "article" } , { "short_title": "What is frosted acrylic and when should you choose it?", "excerpt": "Frosted acrylic is acrylic with a matte, slightly diffuse finish. As a result, it has a softer appearance than transparent acrylic and is ideal when you want less visibility, reduced reflection, or a gentler light spread. For DIY laser cutting, it is frequently chosen for panels, displays, labels, and decorative parts. Whether it suits your project depends on your machine, your settings, and the specific type of acrylic you choose.", "tags": ["Acrylaat en kunststof"], "url": "\/en\/blogs\/faq\/wat-is-frosted-acrylaat-en-waarvoor-gebruik-je-het", "hide_link": false, "source": "article" } , { "short_title": "Assessing the consistency of laser cutting material before use", "excerpt": "You can recognize consistent quality primarily by checking the following before use: thickness, flatness, surface, sheet structure, and protection.", "tags": ["Lasersnijden"], "url": "\/en\/blogs\/faq\/hoe-herken-je-gelijkmatige-kwaliteit-van-lasersnijmateriaal", "hide_link": false, "source": "article" } , { "short_title": "Which acrylic is best for my laser project?", "excerpt": "Compare cast and extruded acrylic, thickness, machine suitability, engraving, cut edges and preparation for your laser project.", "tags": ["Lasersnijden","Materialen"], "url": "\/en\/blogs\/faq\/welk-acrylaat-past-het-best-bij-mijn-project", "hide_link": false, "source": "article" } , { "short_title": "Why doesn't the same laser cut every material equally well?", "excerpt": "Short answer: Because it's not just your laser power that counts, but also the material itself. Composition, density, glue types, colour, surface, and thickness together determine how well a sheet cuts or engraves. As a result, the exact same machine might cut cleanly through one material, while another shows more soot, melting, discolouration, or incomplete cuts. It is therefore important to choose the material, thickness, and preparation based on your application and to always test it on your own machine first.", "tags": ["Lasersnijden"], "url": "\/en\/blogs\/faq\/waarom-snijdt-mijn-laser-het-ene-materiaal-beter-dan-het-andere", "hide_link": false, "source": "article" } , { "short_title": "Which wood is most commonly used for laser products on Etsy?", "excerpt": "On Etsy, birch plywood is frequently seen as the wood of choice for laser-cut products. MDF and, in some cases, basswood plywood are also widely used, as these materials generally laser-cut predictably and finish cleanly. Which wood type is most suitable depends on the product, the desired look, and how your own laser handles the material. There is therefore no single best wood type for everything.", "tags": ["Hout en MDF"], "url": "\/en\/blogs\/faq\/welk-hout-zie-je-het-vaakst-op-etsy-laserproducten", "hide_link": false, "source": "article" } , { "short_title": "Why do internal stresses occur in acrylic sheets?", "excerpt": "Short FAQ answer: Tension in acrylic means there are internal forces within the sheet. This tension can later cause cracking, warping, or erratic cutting behaviour. It often arises from production, transport, storage, handling, or previous processing. During laser cutting, this sometimes manifests as hairline cracks, deformation, or unexpected behaviour around small details and sharp corners. With proper material selection, careful storage, and a short test, you can often reduce the risk.", "tags": ["Acrylaat en kunststof"], "url": "\/en\/blogs\/faq\/waarom-krijgt-acrylaat-spanning", "hide_link": false, "source": "article" } , { "short_title": "How does wood density affect laser cutting results?", "excerpt": "Yes, wood density often has a noticeable impact on laser cutting results. Denser wood usually requires more energy for a clean cut, meaning you often have to work with lower speeds, extra passes, or adjusted settings. This can affect the cut edge, discolouration, and the amount of soot on the surface. Besides density, wood type, sheet thickness, glue composition, and grain direction also play a role, so test cuts remain important.", "tags": ["Hout en MDF"], "url": "\/en\/blogs\/faq\/hoe-beinvloedt-houtdichtheid-het-lasersnijresultaat", "hide_link": false, "source": "article" } , { "short_title": "Why sheets from the same batch can still differ", "excerpt": "Even sheets from the same batch can have slight variations in thickness, colour, finish, or composition. This is not unusual for sheet material. For those doing their own laser cutting, it is especially important to know that these small variations can affect how a sheet cuts, engraves, and reacts to your settings.", "tags": ["Materiaal"], "url": "\/en\/blogs\/faq\/waarom-verschillen-platen-uit-dezelfde-batch", "hide_link": false, "source": "article" } , { "short_title": "Why fine details turn out differently in wood and plastic", "excerpt": "Small letters, narrow bridges, fine engraving lines, and sharp inside corners do not turn out the same in every material. This is normal. Wood and plastic react differently to the laser, and it is precisely with the smallest details that this difference quickly becomes visible.", "tags": ["Overig"], "url": "\/en\/blogs\/faq\/waarom-verschillen-details-in-hout-en-kunststof", "hide_link": false, "source": "article" } , { "short_title": "Why do dimensions sometimes vary after laser cutting?", "excerpt": "Laser cutting often seems highly precise, yet dimensions can deviate slightly after cutting. This is usually not due to one single cause. In practice, it is often a combination of thermal effects, stress in the sheet material, and your machine settings. Furthermore, wood, MDF, and acrylic do not react in the same way.", "tags": ["Lasersnijden"], "url": "\/en\/blogs\/faq\/waarom-verandert-de-maat-na-lasersnijden", "hide_link": false, "source": "article" } , { "short_title": "First to rule out: what should you avoid testing?", "excerpt": "SEO title: Rule out first: what should you avoid testing? Meta title: Testing new material for laser cutting: how to test safely? Short FAQ question: Rule out first? Search intent: Informational", "tags": ["Lasersnijden"], "url": "\/en\/blogs\/faq\/eerst-uitsluiten", "hide_link": false, "source": "article" } , { "short_title": "Which material produces the crispest product labels\/logos?", "excerpt": "For the sleekest product labels, acrylic is usually the best first choice. The material looks clean, smooth, and professional, and is a great fit for labels where sharp edges, clear engraving, and a neat finish are important. Take a look at the acrylic sheets collection, for example.", "tags": ["Materiaal"], "url": "\/en\/blogs\/faq\/welk-materiaal-geeft-de-strakste-productlabels", "hide_link": false, "source": "article" } , { "short_title": "Which materials do you use for product presentations?", "excerpt": "For product presentations, materials are typically chosen that offer a clean look, stay flat, and can be processed reliably on your own laser cutter. In practice, these are often:", "tags": ["Materiaal"], "url": "\/en\/blogs\/faq\/outline", "hide_link": false, "source": "article" } , { "short_title": "Which laser-cuttable materials are suitable for corporate gifts?", "excerpt": "For corporate gifts, laser-safe materials that look polished and are easy to personalize are particularly suitable. Consider acrylic, MDF, birch plywood, basswood, hardboard, cardboard, paper products, and laser-safe leather options. The best choice depends mainly on the desired appearance, thickness, the use of protective film, and whether you primarily want to cut, engrave, or combine both.", "tags": ["Materiaal"], "url": "\/en\/blogs\/faq\/welke-materialen-zijn-geschikt-voor-relatiegeschenken", "hide_link": false, "source": "article" } , { "short_title": "Suitable laserable materials for office accessories", "excerpt": "For office accessories, cast acrylic, MDF, and wood panels such as birch plywood and basswood plywood are often suitable materials to laser cut yourself. The best choice depends on the type of accessory, the desired look, the required sturdiness, and how cleanly the material cuts or engraves on your own machine. For sleek organizers, labels, and desk signs, acrylic is often chosen, while MDF and wood suit a warmer or more natural look. Additionally, pay close attention to sheet thickness, protective film, and material preparation, as these clearly influence the final result.", "tags": ["Lasersnijden"], "url": "\/en\/blogs\/faq\/welke-materialen-zijn-geschikt-voor-kantooraccessoires-om-zelf-te-lasercutten", "hide_link": false, "source": "article" } , { "short_title": "Which materials are suitable for luxury invitations?", "excerpt": "For luxury invitations, sheet materials that combine a clean, decorative appearance with predictable processing on your own laser are particularly suitable. In practice, cast acrylic for sleek, modern invitations and thin wood or MDF sheet materials for a warmer look are often the most logical choices in our range. The best option depends on the desired look, the chosen thickness, the finish, and how your machine cuts or engraves the material. Therefore, always verify for each material variant whether the result aligns with your design, workflow, and settings.", "tags": ["Materiaal"], "url": "\/en\/blogs\/faq\/welke-materialen-zijn-geschikt-voor-luxe-uitnodigingen", "hide_link": false, "source": "article" } , { "short_title": "Suitable materials for museum displays: selection for durable, safe applications", "excerpt": "For museum displays, materials from our range are often suitable, such as acrylic for clear, sleek display components, and MDF or wood for supports, backing structures, or less visible parts. The best choice depends on visibility, desired appearance, thickness, stability, and how you intend to process the part on your own laser. With acrylic, it is important to evaluate cast and extruded separately, as they can behave differently during cutting, engraving, and finishing. For MDF and wood, the surface, finish, and storage play a major role, especially when parts need to remain in pristine condition for long periods in a display environment.", "tags": ["Materiaal"], "url": "\/en\/blogs\/faq\/welke-materialen-zijn-geschikt-voor-museale-displays", "hide_link": false, "source": "article" } , { "short_title": "Which materials are suitable for decorative panels? Choose by look, processing, and application", "excerpt": "For decorative panels, cast acrylic, extruded acrylic, MDF, birch plywood, basswood plywood, hardboard, and suitable laser-safe engraving sheets are often logical choices. The best material choice depends on the desired appearance, your laser cutting or engraving method, the required thickness, and how the panel will be mounted. Acrylic often pairs well with sleek, visual designs, while wood and fibreboards typically suit a warmer or more matte look. Preparation also matters: protective film, flatness, and storage noticeably influence the final result.", "tags": ["Materiaal"], "url": "\/en\/blogs\/faq\/welke-materialen-zijn-geschikt-voor-decoratieve-panelen", "hide_link": false, "source": "article" } , { "short_title": "Cardboard or MDF for laser cutting: Which should you choose for prototypes and packaging?", "excerpt": "Choose cardboard or MDF for laser cutting based on the goal of your project, the desired sturdiness, and the result on your own machine. Cardboard is often the logical choice for lightweight mock-ups, folding projects, and simple packaging tests, while MDF is usually better suited for dimensionally stable prototypes and parts that require more rigidity. Processing varies by material variant, thickness, and laser settings, so always check the latest product information and test with your own settings first. For sheet material, browse the Wood and MDF collection, and use protective film for laser cutting where necessary to better protect visible surfaces.", "tags": ["Hout en MDF"], "url": "\/en\/blogs\/faq\/karton-of-mdf-voor-lasersnijden", "hide_link": false, "source": "article" } , { "short_title": "Why dark materials react differently from light materials during laser processing", "excerpt": "Dark and light materials react differently because they do not absorb, distribute, or retain laser energy in exactly the same way. Dark surfaces often absorb heat more quickly, while light, glossy, or more reflective surfaces may react differently. As a result, engravings, cut lines, and edges can differ visibly.", "tags": ["Lasersnijden"], "url": "\/en\/blogs\/faq\/waarom-reageren-donkere-en-lichte-materialen-anders-bij-laserbewerking", "hide_link": false, "source": "article" } , { "short_title": "Which materials provide high contrast when engraving? Practical choices for crisp, readable results", "excerpt": "Materials that provide high contrast when engraved are usually those where the laser leaves a clearly visible difference in colour or texture. Within our range, cast acrylic, MDF, and wood types such as birch plywood and basswood often produce highly legible engravings, while some laser-safe engraving sheets can also be suitable for clear markings. The final result does, however, depend on colour, surface, finish, machine, and settings. Therefore, a small test engraving on the exact material for your project is the most reliable way to assess the contrast.", "tags": ["Lasersnijden"], "url": "\/en\/blogs\/faq\/welke-materialen-geven-het-meeste-contrast-bij-graveren", "hide_link": false, "source": "article" } , { "short_title": "Which materials produce the best engraving results? Comparison for laser cutters", "excerpt": "The best engraving results usually come from materials that provide high contrast, hold fine details well, and have a uniform surface. In practice, cast acrylic, birch plywood, basswood plywood, MDF, and suitable laser-safe engraving sheets often perform very well, but the final result always depends on the finish, protective film, thickness, and your own machine settings. For a sleek, high-contrast effect, many makers choose acrylic, while wood and MDF are popular for a warmer, natural look. Therefore, always test a sample piece first, as the same material can engrave visibly differently depending on the laser.", "tags": ["Materiaal"], "url": "\/en\/blogs\/faq\/welke-materialen-geven-het-mooiste-graveerresultaat", "hide_link": false, "source": "article" } , { "short_title": "Which materials produce the least smoke during laser cutting?", "excerpt": "There is no single laser material that automatically produces the least amount of smoke on every machine and in every situation. Smoke development mainly depends on the material type, composition, any coatings or adhesive layers, thickness, and your laser settings.", "tags": ["Lasersnijden"], "url": "\/en\/blogs\/faq\/welke-materialen-produceren-de-minste-rook-bij-lasersnijden", "hide_link": false, "source": "article" } , { "short_title": "Which materials are suitable for laser-cut lamps? Choosing materials for your own laser project", "excerpt": "For laser-cut lamps, cast acrylic, extruded acrylic, MDF, birch plywood, basswood plywood, hardboard, cardboard, paper products, and laser-safe engraving laminates are often suitable material choices. Which option fits best depends on the type of lamp part: diffuser, transparent panel, frame, decorative outer layer, or test model. Acrylic is usually the logical choice for light-transmitting or coloured parts, while wood-based boards and cardboard are more suitable for construction, aesthetics, and prototypes. The final cut, discolouration, fit, and edge quality will always depend on your specific laser, settings, and the exact material variant, so always test on your own setup.", "tags": ["Lasersnijden"], "url": "\/en\/blogs\/faq\/welke-materialen-zijn-geschikt-voor-lasergesneden-lampen", "hide_link": false, "source": "article" } , { "short_title": "Which materials should you choose for children's laser products?", "excerpt": "For laser-cut products for children, MDF, birch plywood, basswood plywood, cardboard, paper, and certain suitable acrylic variants are often logical material choices. Which option is best depends on the intended use, the desired edge finish, the thickness, and how the product will be handled or stressed. There is no single material that is automatically the right choice for every children's project: finishing, post-processing, and supervision also play a role. Always avoid materials that are unsuitable for laser cutting, such as PVC, vinyl, and unknown composites.", "tags": ["Lasersnijden"], "url": "\/en\/blogs\/faq\/welke-materialen-zijn-geschikt-voor-laserproducten-voor-kinderen", "hide_link": false, "source": "article" } , { "short_title": "Popular materials for hobby and craft projects: When to choose what", "excerpt": "Anyone working with their own laser cutter is often not just looking for \"the best\" material, but for the material that fits the project. For hobbies and crafts, it usually comes down to a combination of appearance, workability, thickness, level of detail, and how clean the surface remains during laser cutting.", "tags": ["Lasersnijden"], "url": "\/en\/blogs\/faq\/welke-materialen-zijn-populair-voor-hobby-en-knutselprojecten-met-een-lasersnijder", "hide_link": false, "source": "article" } , { "short_title": "Which materials are suitable for premium branding elements?", "excerpt": "Premium branding elements work best with laser-safe sheet materials that match the look, thickness, and finish you want to achieve on your own machine. For a sleek and luxurious look, cast acrylic, laser-safe engraving sheets for signage, and certain wood and fibreboards are often chosen. Meanwhile, MDF, birch plywood, basswood plywood, hardboard, cardboard, paper products, and laser-safe leather can also be viable options depending on the design. The best choice depends on cutting quality, protective film, colour, surface finish, rigidity, and how visible the edges are in the final result. Always check if a specific material variant is suitable for your application first, and test your settings on a small scrap piece before producing a larger batch.", "tags": ["Lasersnijden"], "url": "\/en\/blogs\/faq\/welke-materialen-werken-voor-premium-branding-elementen", "hide_link": false, "source": "article" } , { "short_title": "Why do burn marks appear on wood during laser cutting? Causes and prevention", "excerpt": "Burn marks on wood during laser cutting are usually caused by a combination of heat, smoke, and charring along the cut line and on the surface. How visible these marks are depends on the material itself, such as the type of wood, glue composition, resin and moisture content, thickness, and any finish. Focus, speed, power, air assist, and extraction also influence the result. Protective film, proper material preparation, and test cuts can often reduce burn marks, but cannot completely prevent them in all cases.", "tags": ["Hout en MDF"], "url": "\/en\/blogs\/faq\/waarom-ontstaan-brandplekken-op-hout-bij-lasersnijden", "hide_link": false, "source": "article" } , { "short_title": "Which materials should you never laser cut? Safety rules for material selection", "excerpt": "Materials whose composition is not clear and verifiable are never safe for laser cutting. Always exclude PVC, vinyl, fibreglass, carbon fibre laminates, unknown composites, and sheets with chlorine-containing glues or coatings. Polycarbonate also does not belong in a general recommendation as a laser-safe material. If you cannot verify the base material and any top layers, do not use the sheet in your own machine.", "tags": ["Lasersnijden"], "url": "\/en\/blogs\/faq\/welke-materialen-zijn-nooit-veilig-om-te-lasersnijden", "hide_link": false, "source": "article" } , { "short_title": "Which sheet materials are suitable for retail displays?", "excerpt": "For retail displays, acrylic, MDF, plywood, and selected laser-safe engraving sheets usually work best. Acrylic is often the first choice for visible, sleek, and modern display components, while MDF and plywood are often a better fit for paintable bases, supports, and structural parts. Which sheet is most suitable depends on the desired look, thickness, lifespan, assembly, and how the material behaves on your own laser. Therefore, always check the specific material variant, test it on your own machine, and choose a sheet that is also practical in terms of storage, protective film, and finishing.", "tags": ["Materiaal"], "url": "\/en\/blogs\/faq\/welke-plaatmaterialen-werken-goed-voor-retail-displays", "hide_link": false, "source": "article" } , { "short_title": "Designing joints for different sheet thicknesses in laser projects", "excerpt": "In laser projects, a joint only works properly if you consider the actual sheet thickness, kerf, material type, and desired fit. A slot for 3 mm material can therefore not simply be copied to 4 mm, nor can it be reused one-to-one between acrylic, MDF, and plywood.", "tags": ["Materiaal"], "url": "\/en\/blogs\/faq\/hoe-ontwerp-je-een-verbinding-voor-verschillende-plaatdiktes", "hide_link": false, "source": "article" } , { "short_title": "Which materials are generally suitable for nameplates?", "excerpt": "For nameplates, acrylic, wood-based sheet materials such as MDF or plywood, and certain laser-safe engraving sheets are generally suitable choices. Which option fits best depends on the desired appearance, the contrast when engraving, the required thickness, and how your own laser handles the material. Acrylic is often chosen for a sleek and durable look, while MDF and wood are better suited for a warm or natural appearance. Avoid materials like PVC, vinyl, and unknown composites, as they are not considered safe standard choices for laser cutting.", "tags": ["Materiaal"], "url": "\/en\/blogs\/faq\/welke-materialen-zijn-doorgaans-geschikt-voor-naamplaatjes", "hide_link": false, "source": "article" } , { "short_title": "Which materials often work well in practice?", "excerpt": "Materials often chosen as a starting point in practice are acrylic, MDF, birch plywood, basswood plywood, hardboard, and for quick tests also cardboard and paper products. This choice is primarily practical because these material groups are widely used by people working with their own machines, and because laser-safe options are available within these groups. Which sheet works best for you then largely depends on the exact material variant, the sheet thickness, and the material preparation. Only work with materials that are clearly intended to be laser-safe and avoid materials such as PVC, vinyl, fibreglass, carbon fibre laminates, unknown composites, and materials with unknown coatings or adhesive layers.", "tags": ["Materiaal"], "url": "\/en\/blogs\/faq\/welke-materialen-werken-vaak-goed-in-de-praktijk", "hide_link": false, "source": "article" } , { "short_title": "How does wood grain affect the strength of laser-cut wood parts?", "excerpt": "Wood grain affects the strength of laser-cut wooden parts because wood can split or break more easily along the grain. This is particularly noticeable in narrow bridges, small tabs, thin connectors, and shapes that are loaded across the grain.", "tags": ["Overig"], "url": "\/en\/blogs\/faq\/hoe-beinvloedt-houtnerf-de-sterkte-van-lasergesneden-houten-onderdelen", "hide_link": false, "source": "article" } , { "short_title": "Effect of humidity on stored sheet material for laser cutting", "excerpt": "How does humidity affect stored sheet material? Humidity can affect stored sheet material because the material absorbs or releases moisture. As a result, a sheet can warp, swell slightly, become less dimensionally stable, or react differently during laser cutting and engraving. This is usually most noticeable with moisture-sensitive materials such as MDF, plywood, cardboard, paper, and leather. Acrylic and some other plastics often react less strongly to humidity, but storage conditions can still impact their surface, handling, and processing. The extent of this effect depends on the material, its thickness, the finish, the packaging, and how long the material has been stored in a humid environment.", "tags": ["Overig"], "url": "\/en\/blogs\/faq\/hoe-beinvloedt-luchtvochtigheid-opgeslagen-plaatmateriaal", "hide_link": false, "source": "article" } , {"short_title": "Which material suits my laser?", "excerpt": "Check each product’s composition, thickness and suitability for your laser source. The machine manufacturer defines the processing limits. Only test materials with a known composition and confirmed laser suitability, using suitable extraction and supervision.", "tags": ["Materials"], "url": "/en/pages/materialen-keuzehulp", "hide_link": false, "source": "manual"}, {"short_title": "Can I order samples or material bundles?", "excerpt": "Yes. The sample selector offers individual material, colour and thickness combinations as well as sample bundles. Each sample costs € 1 excluding VAT. Value bundles and Makerboxes are also available; see their product pages for contents and availability.", "tags": ["Materials"], "url": "/en/products/sample", "hide_link": false, "source": "manual"}, {"short_title": "Are sheet dimensions, thickness and flatness exact?", "excerpt": "Available sizes and thickness tolerances are listed per product. Cutting losses can cause dimensions to vary by a few millimetres. Thin wood in particular may be slightly warped. Measure the actual thickness for joints and support the sheet safely and flat during processing.", "tags": ["Materials"], "url": "/en/collections/alle-materialen", "hide_link": false, "source": "manual"}, {"short_title": "Are other materials, colours or sizes possible?", "excerpt": "Request a quote for custom sizes, larger quantities or materials outside our range. Include the material, colour, thickness, dimensions, quantity and application so we can assess the options.", "tags": ["Materials"], "url": "/en/pages/offerte-aanvragen", "hide_link": false, "source": "manual"}, {"short_title": "What does laser-ready mean?", "excerpt": "We select sheet materials for laser processing and provide product information to help you choose. Laser-ready does not mean every sheet can be processed with every laser or setting. Always check the specific product and your machine instructions.", "tags": ["Materials"], "url": "/en/pages/aanbod", "hide_link": false, "source": "manual"}, {"short_title": "What do you mean by sustainable materials?", "excerpt": "This collection includes materials with features such as recycled or biobased ingredients. Composition and origin vary by product. A biobased material is not automatically compostable, locally produced or suitable for every application.", "tags": ["Materials"], "url": "/en/collections/duurzame-materialen", "hide_link": false, "source": "manual"}, {"short_title": "Which adhesive should I use for wood or acrylic?", "excerpt": "Choose an adhesive for the material, fit, load and operating environment. Wood glue may suit wood; dedicated acrylic adhesives are available for PMMA. Follow the product instructions, especially for laser-cut or extruded acrylic, and ensure sufficient ventilation.", "tags": ["Materials"], "url": "/en/collections/toebehoren", "hide_link": false, "source": "manual"}, {"short_title": "Do you sell protective film and adhesive film?", "excerpt": "Yes. Our accessories include protective film/laser masking tape and double-sided adhesive film. Laser masking and mounting film serve different purposes. Only use film in a laser if its suitability has been established.", "tags": ["Materials"], "url": "/en/products/beschermfolie-papierfolie", "hide_link": false, "source": "manual"}, {"short_title": "Which materials engrave well?", "excerpt": "Results depend on the material and settings. Wood may produce a darker engraving, while acrylic often produces a light, matte engraving. White acrylic therefore offers little colour contrast. Test fine text and filled areas separately on known, suitable material.", "tags": ["Materials"], "url": "/en/blogs/kennisbank/laser-graveren-in-plaats-van-snijden-instellingen-en-toepassingen", "hide_link": false, "source": "manual"}, {"short_title": "What is the difference between GS and XT acrylic?", "excerpt": "GS is cast acrylic; XT is extruded acrylic. They differ in properties including thickness tolerance and engraving appearance. Both require appropriate settings and preparation. When bonding, also consider internal stress and the adhesive instructions.", "tags": ["Materials"], "url": "/en/blogs/kennisbank/waarom-wij-vrijwel-alleen-gegoten-acrylaat-verkopen-en-jij-dat-ook-zou-moeten-willen", "hide_link": false, "source": "manual"}, {"short_title": "How do I find suitable cutting and engraving settings?", "excerpt": "Start with your machine manufacturer’s instructions for the specific material. Power, speed, focus, lens, air assist and thickness jointly determine the result. Make a small test with real details and joints. A cutting profile is not an engraving profile.", "tags": ["Materials"], "url": "/en/blogs/kennisbank", "hide_link": false, "source": "manual"}, {"short_title": "Can businesses order using a purchase order?", "excerpt": "Businesses and educational institutions can request a business account. Our business ordering page explains purchase orders, account conditions and available payment options.", "tags": ["Ordering & shipping"], "url": "/en/pages/zakelijk-bestellen", "hide_link": false, "source": "manual"}, {"short_title": "What are the shipping costs?", "excerpt": "Shipping costs vary by destination. Netherlands: € 5.95; Belgium and Germany: € 8.95. Our shipping policy provides free shipping for orders above € 250. Check the policy and the costs at checkout for your destination.", "tags": ["Ordering & shipping"], "url": "/en/policies/shipping-policy", "hide_link": false, "source": "manual"}, {"short_title": "When will I receive my order and tracking details?", "excerpt": "Orders placed before 13:00 are normally dispatched the next working day. Dispatch and delivery are separate steps: indicative delivery time in the Netherlands is 1–3 working days; other countries have different timeframes. Tracking is sent after dispatch. We will contact you if there is a supply problem.", "tags": ["Ordering & shipping"], "url": "/en/policies/shipping-policy", "hide_link": false, "source": "manual"}, {"short_title": "Can I collect my order?", "excerpt": "Choose collection at checkout. We will notify you when your order is ready. Collection is by appointment in Wormerveer. We can be reached Monday to Friday from 9:30 to 16:30.", "tags": ["Ordering & shipping"], "url": "/en/pages/contact", "hide_link": false, "source": "manual"}, {"short_title": "How do I request a return?", "excerpt": "Read the returns policy for conditions and exclusions, including custom-cut products. Email info@lasercutsupply.com with your order number and the items you wish to return.", "tags": ["Ordering & shipping"], "url": "/en/policies/refund-policy", "hide_link": false, "source": "manual"}, {"short_title": "What should I do about damage, a wrong item or a complaint?", "excerpt": "Email info@lasercutsupply.com with your order number and a clear description. If an item is damaged or incorrect, photos are helpful. We can then assess the situation and work towards a suitable solution.", "tags": ["Ordering & shipping"], "url": "/en/pages/contact", "hide_link": false, "source": "manual"}, {"short_title": "Can you supply larger quantities or custom sizes?", "excerpt": "Request a quote with the material, thickness, colour, size, quantity and intended application. Include any scheduling requirements so we can discuss availability and lead time.", "tags": ["Ordering & shipping"], "url": "/en/pages/offerte-aanvragen", "hide_link": false, "source": "manual"} ]