For acrylic, wood, and ADA signage, a CO2 laser is required, whereas a fiber laser is necessary for aluminum. A typical setup includes a 130W–200W CO2 laser, adding a fiber laser when metal volume justifies a second machine. This combination provides the broadest material range for vertical integration.
What Sign Shops Use Lasers For
Most signage and display fabricators run lasers across four primary workloads — the mix is driven by the shop's product line (channel letters, dimensional signage, ADA, POP, or all four).
Cut aluminum can returns and fiber-cut backings on fiber lasers, with CO2-cut acrylic face panels in the same job. Channel letters are the highest-volume product in most sign shops — and the application where having both CO2 and fiber in one shop pays off fastest.
Cast acrylic cut on CO2 lasers with flame-polished edges that go straight to install — no flame polishing or sanding required. Standard for retail signage, illuminated faces, backlit edge-lit displays, point-of-purchase displays, and trade-show fabrication.
Raised lettering and Braille for ADA Title III compliance. Acrylic substrate with raised letters cut to 1/32-inch height per ADA spec, then bonded to a backing panel. CO2 lasers cut the raised letters and the backing panel in the same setup.
Engraved hardwood signage, MDF dimensional letters, plywood architectural panels, restaurant signage, wayfinding, and decorative wood work. Production CO2 lasers handle the wood-substrate signage that hand-built sign shops competed with two decades ago.
Recommended Evermark Machines for Signage and Display
Most sign shops start with a production CO2 laser and add a fiber cutter when metal channel letter and dimensional metal volume justifies the second machine. Larger shops run both as primary tools.
The default sign shop machine. 80W – 200W, bed sizes 1390 and 1610, flame-polished acrylic edges at production speed. Cuts acrylic faces, wood signage, paper-craft, and ADA raised lettering.
View MachinesHigh-throughput CO2 for production signage manufacturers and architectural panel work. 150W – 300W, bed sizes through 1325. Best for shops cutting full-sheet acrylic and architectural panels at production volume.
View MachinesClass-1 enclosed fiber for channel letter cans, dimensional metal signs, and aluminum panel fabrication. 3kW – 8kW for most sign shop volume, bed sizes 3015 to 4020. Standard second machine when metal volume justifies it.
View MachinesCabinet fiber markers for branded signage, asset tags, ADA-compliant tactile signs, and serialized signage products. 30W – 50W. Optional third machine for shops doing high-volume small-format work.
View MachinesWattage and Configuration by Sign Shop Profile
Sign shops range from one-person custom operations to multi-bay production manufacturers. The table below maps shop profile to recommended Evermark configuration.
| Shop Profile | Primary Work | Recommended Machine | Wattage / Bed |
|---|---|---|---|
| Designer-owner sign shop, custom and short-run | Acrylic faces, ADA, custom signage | Production CO2 | 80W – 130W, 1390 |
| Production sign shop, mid-volume | Channel letters, dimensional, POP | Production CO2 + fiber cutter | 130W – 200W CO2 + 3kW – 6kW fiber |
| Channel letter specialist | High-volume channel letters, lit signs | Production CO2 + enclosed fiber | 130W CO2 + 6kW enclosed fiber, 3015 or 4020 |
| Architectural and large-format | Full-sheet acrylic, architectural panels | Industrial CO2 | 200W – 300W, 1325 |
| Restaurant and hospitality signage | Wood, slate, acrylic, mixed materials | Production CO2 | 100W – 150W, 1390 or 1610 |
| ADA specialty fabricator | Raised letters and Braille at volume | Production CO2 | 80W – 130W, 1390 |
| Multi-product display manufacturer | POP, trade-show, lit signs | Industrial CO2 + enclosed fiber | 200W CO2 + 6kW – 8kW fiber, 4020 |
Send your sign drawings and material list — Evermark applications engineers will recommend a CO2 wattage, fiber configuration if needed, run a sample on your acrylic and your aluminum, and quote cycle time within one business week. Financing on every machine and combined-machine packages available for two-machine sign shops.
ADA-Compliant Signage on Evermark CO2 Lasers
Sign shops producing ADA-compliant signage operate under ADA Title III and 2010 ADA Standards for Accessible Design — both of which include specific requirements for tactile signage that affect how lasers are used in fabrication.
ADA Standard 703.2 requires tactile letters raised 1/32 inch minimum. CO2 lasers cut 1/32-inch acrylic letter shapes from sheet stock for bonding to a backing panel — the standard ADA fabrication method. Production CO2 lasers handle this work at one to three letters per minute depending on geometry.
ADA Standard 703.3 requires Grade 2 Braille on tactile signs. Acrylic Braille beads are typically applied separately or routed/CNC'd onto the sign — CO2 lasers cut the sign substrate; the Braille is added in a downstream operation. Send Evermark applications engineers your specific Braille fabrication workflow for machine compatibility.
ADA compliance is a sign installer responsibility, not a machine responsibility — the ADA requirements are about the finished sign, not the laser. Evermark CO2 lasers cut substrates to the dimensional tolerances ADA fabricators need; sign shops verify finished signs against the ADA Standards for Accessible Design before installation.
Note: ADA Standards for Accessible Design and ADA Title III requirements change over time. Sign shops should verify current standards through the US Access Board (access-board.gov) and the Department of Justice before fabricating ADA signage for compliance-critical installations.
Why Sign Shops Choose Evermark USA
Sign shops live and die by deadline — installation dates don't move, and a downed laser means a customer waiting on a finished sign.
Fast Lead Time on First Machine
Most Evermark production CO2 lasers ship in 2 to 3 weeks from US inventory. Sign shops that won a contract can have the machine installed, trained, and producing finished signs before the contract's first install milestone.
Both CO2 and Fiber from One Vendor
Sign shops that grow into metal channel letter fabrication don't have to integrate two vendors — Evermark supplies CO2 and fiber from the same catalog with the same support team. Replacement parts, training, and PM plans share one vendor relationship.
Training on Sign-Shop Workflows
Operator training on Evermark CO2 lasers covers the actual sign shop workflows — acrylic edge quality for face panels, ADA raised lettering, wood signage, multi-piece nesting for production runs. Not generic laser-controller training.
Sample Cuts on Your Material
Evermark applications engineers run sample cuts on customer-supplied acrylic, wood, and aluminum at the Experience Center. See flame-polished edge quality on your specific acrylic grade before purchase.
Frequently Asked Questions
Expert answers to common questions about laser processing, materials, and safety.
What Sign Shops Make with Evermark Lasers
If you'd rather browse by material instead of by industry, the applications library maps every common signage job to the right Evermark machine.
Most Evermark sign shop buyers run a mix of acrylic and plastics cutting on faces and lit signs, wood cutting and engraving on hardwood and MDF signage, metal cutting on aluminum channel letter cans and dimensional metal signage, and paper and cardboard for POP and trade-show fabrication.
Ready to Match Lasers to Your Sign Shop?
Send Evermark USA your sign drawings, material list, and target volume. The applications team will recommend a configuration — one machine or two — run samples on your acrylic and your aluminum, send a written quote with lead time and financing, and walk through the ROI versus your current outsourced work.