European buying guide
Choosing the laser working area starts with the material formats and products you can realistically make in your workshop. For a first machine, gather supplier dimensions, a measured blank and a simple layout before comparing models. This is enough to ask useful questions without any previous laser-usage records.
The short answer
Choose an XY working area that accepts your normal blank and complete layout, including fixtures and required engraving travel. Check object clearance separately, then confirm cabinet, crate and operating space with the local partner. A larger bed is useful when it solves a demonstrated size or handling constraint.
Choose the laser working area around stock you can buy
Before comparing machines, ask a material supplier which laser-compatible sheets or blanks it can supply regularly to your country. Record the actual format, thickness, material identification and whether it offers cut-to-size service. Avoid choosing a bed around one unusually cheap sheet or an unconfirmed future supply.
For a cutting business, draw the complete set of parts on that stock format. This arrangement is often called a nest. For an engraving business, measure the complete object and the jig holding it, even when the engraved design is small. A supplier drawing, purchased sample or full-size paper layout is enough to begin.
If plywood is your starting material, our European laser-plywood guide explains what to check about the sheet itself. Correct dimensions do not establish that a material is safe or suitable for laser processing.
Current European working-area examples in millimetres
The current European MIRA S glass-tube series table lists the areas below. Our NOVA10 Elite page supplies the larger-format example. Specifications were checked on 8 October 2026; ask the authorised local partner to confirm the exact source, generation and delivered configuration.
Selected current European CO₂ platforms
MIRA5 S glass-tube series
Listed XY working area: 500 × 300 mm
Buying check: Does the full blank or jig fit the compact format?
MIRA7 S · 60W glass CO₂
Listed XY working area: 700 × 500 mm
Buying check: Does your normal sheet layout fit without splitting the design?
MIRA9 S · 80W glass CO₂
Listed XY working area: 900 × 600 mm
Buying check: How much room remains around the larger blank or nest?
NOVA10 Elite · 90W glass CO₂
Listed XY working area: 1000 × 700 mm
Buying check: Can the material be loaded and supported comfortably?
The MIRA series dimensions are shown in the current European MIRA S specifications. Compare the wider range in our MIRA S, NOVA Elite and Super NOVA selection guide after establishing the size you need.
Matching numbers are only the first check. A 900 × 600 mm sheet and a 900 × 600 mm working area leave no nominal edge allowance. Confirm the actual cutting layout, positioning and engraving travel rather than assuming that every point on the sheet is usable.
Working area, object height and workshop space are different
XY working area is the flat processing rectangle. Object clearance is the space needed to position and focus the complete workpiece or accessory. Cabinet and crate dimensions determine installation and delivery access. Keep all three on your buying checklist.
Do not read “Z-axis lifting space” as maximum cutting thickness. Table movement, the lens, focus position, object shape and any rotary assembly affect clearance. Cutting capability also depends on the material and qualified process. Ask for your actual object to be loaded in the selected setup.
The European Download Center provides MIRA S and NOVA Super/Elite manuals. Confirm with your local partner that the manual and installation drawing match the machine being quoted, including extensions, open-lid space and service access.
No previous usage records? Use a product-led demonstration
A first-time buyer can bring a measured product, identified material and proposed artwork. You do not need to invent annual orders or machine hours. Choose one normal product, the largest product you expect to offer regularly and a plausible repeat layout to compare.
- Obtain the blank dimensions and available sheet formats from your supplier. Keep a link or drawing with the material identification.
- Ask the local seller to place your actual file on the shortlisted working areas, with part spacing, fixture clearance and required engraving travel.
- Request a supervised demonstration using the selected configuration. Check loading, focus, job framing and the finished result.
- Compare the total workflow, including handling and finishing. Keep the test file and results, and record what was not demonstrated.
For a real European project, Rodolfo at Lekky Studio in the Netherlands describes turning an illustration into a layered wooden lamp, using cardboard prototypes before production. His tutorial names a 100W AEON CO₂ laser but not the model. It appears on the commercial Lasersheets material-supplier site. The useful buying lesson is to test all component layouts and assembly requirements, rather than choosing a bed from the finished lamp’s photograph.
Another product example comes from our U.S. Pearl and Pine spotlight: layered wooden signs and acrylic expansion using a MIRA 9. Pearl and Pine is an AEON Partner; the featured sign was commissioned by AEON Laser USA. Use the product type to plan a sample, while European specifications control the local machine choice.
When does a larger bed help with batches?
More area can accommodate a larger nest and reduce the number of loading cycles. It does not guarantee more finished products per hour. The cutting paths, engraving time, stock preparation, loading and finishing still determine the complete workflow.
In his UK workshop account, Moray at Lothian Woodworks discusses MIRA 9S batching and the effect of working area on resets. He discloses AEON sponsorship and referral commission. Treat this as owner workflow evidence, then compare your own demonstrated jobs.
Engraving also needs movement outside the visible design. LightBurn explains overscanning and the out-of-bounds errors it can cause. Keep the required travel within the machine’s limits; do not apply a universal margin from another person’s file.
If small products fit comfortably, compare their full batch on a compact platform before choosing a larger machine. If regular blanks do not fit, extra source power will not solve that size constraint.
Pass-through helps with length, within a controlled workflow
An approved pass-through setup can accept longer stock in the permitted feed direction. The opening dimensions, stock thickness, material support and cross-machine width still limit the job. Ask for the exact opening and room space needed to load and support the material.
A longer design may need to be divided and the stock repositioned. LightBurn Print and Cut provides registration tools for aligning sections. Have the local seller demonstrate your design and the resulting join before making that workflow part of a customer promise.
Follow the matching machine’s approved procedure and protective-system requirements. Do not bypass interlocks to create extra access. For regular oversized work, compare the time and accuracy of repositioning with a bed that accepts the layout in one position.
Include local delivery and installation in the decision
Give the authorised partner your country, delivery address, narrowest doorway, stairs or lift, and the route to the intended workshop position. Request packed dimensions, weight, unloading responsibility and any professional moving work in writing.
Measure space for the open lid, stock loading, extraction connections, service access and external equipment. Confirm the electrical and extraction arrangement for the exact delivered machine. A compact cabinet does not establish that a room is suitable for laser operation.
Request a local quotation covering the machine, required accessories, delivery, installation and training. Keep VAT and other applicable charges clear in that quote; bed dimensions alone do not determine the installed cost.
Frequently asked questions
How much laser working area do I need?
Use the full normal blank or jig and a representative part layout. Add the space required for positioning and engraving travel, then verify the fit in the exact machine. The best size depends on the products and stock you can buy regularly.
Will a 900 × 600 mm sheet fit a 900 × 600 mm bed?
The nominal dimensions match, but there is no nominal edge allowance. Confirm the actual processing layout, fixture clearance and required engraving travel before assuming the entire sheet is usable.
Is Z-axis lifting space the maximum cutting thickness?
No. It describes table movement. Object clearance depends on the complete setup and focus position; cutting thickness depends on the material, source, optics and qualified process.
Can I choose a bed before I have sales or usage records?
Yes. Get blank and sheet dimensions from suppliers, prepare a drawing or sample and request a supervised fit demonstration. Record evidence from that job rather than inventing a production history.
Does pass-through increase the cutting width?
No. It can help with longer stock in an approved feed direction, but the cross-machine width remains limited. Repositioned designs also need registration and an acceptable demonstrated join.
Which specifications should a European buyer use?
Use the current European product information and confirm the exact configuration, matching documentation and installation requirements with the authorised partner for your country. Do not transfer U.S. or legacy dimensions without checking.
Build a shortlist from your stock and products
Send us your country, material supplier’s sheet format, largest normal blank, sample layout and workshop measurements. We can route the request to the appropriate European team or authorised partner.