PETG Cutting

Production-grade PETG sheet cutting for flat panels, safety screens and display work. We process PETG primarily on our CO₂ laser cutters, with CNC routing used where required for thicker sections or specific edge requirements. PETG sits between acrylic and polycarbonate — tougher than acrylic, easier to cut than polycarbonate — and is widely used for guards, glazing and signage.

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Flat parts only — no folding Typical sheet up to 3000 × 1500 mm 1–5 days dispatch

Industries we work with for PETG

We cut PETG sheets for safety screens, glazing and display applications across signage, retail and industrial projects. Flat parts only — no thermoforming in-house. Our workflow is set up for repeatable PETG cutting on CO₂ laser and CNC router.

Retail & Public Spaces
Sneeze guards, counter screens and dividers.

Signage & Display
Clear faces, panels and protective covers.

Industrial & OEM
Machine windows, guards and equipment covers.

Healthcare & Hygiene
Washable screens and partitions.

Events & Exhibitions
Durable clear panels and protective fronts.

Education & Offices
Desk dividers and barrier panels.

PETG thickness guide

Solid PETG sheets are supplied in similar thicknesses to acrylic and are often used as a tougher alternative where impact resistance and ease of cutting both matter. The table below reflects typical ranges we see in signage and industrial projects. Exact availability depends on brand, grade and supplier.

Working ranges for common PETG sheets

PETG type	Typical thickness range	Notes
Clear PETG sheet	≈ 2–10 mm	Screens, guards, glazing and covers.
Tinted / coloured PETG	≈ 2–8 mm	Where a tinted or brand colour panel is required.
Thin PETG films	≈ 0.5–2 mm	Overlays, labels, fascia protection and flexible panels.

*Thickness ranges above are indicative for PETG sheets used in signage, display and industrial work. If your project specifies a particular brand, grade or thickness, include that in your enquiry so we can confirm availability and the most suitable cutting method (laser vs router) before quoting.

Capabilities at a Glance — PETG

Processes & Materials

CO₂ laser cutting of PETG sheets in suitable thickness ranges
CNC routing of PETG where specific edge finish or details are required
Digital knife cutting of thin PETG films and overlays
Drilling, countersinking and profiling on PETG parts
Marking and labelling options for identification where suitable

Typical Part Types

Safety screens & counter guards — clear PETG
Glazing panels & protective covers — PETG sheet
Overlays & fascia protection — PETG film

We focus on flat PETG cutting. If your job involves forming or bending, we can cut the flat blanks ready for your plastic fabricator.

Accuracy

Dimensional tolerance typically around ±0.3–0.7 mm, depending on thickness and process
Laser used for fast, repeatable PETG cutting on suitable gauges
CNC routing used where tighter tolerances or specific edge requirements apply

Finish

Laser-cut PETG edges kept smooth with tuned parameters
Routed edges deburred to remove chips and minimise stress points
Protective films kept on where possible to protect faces during cutting and handling

Sheet Size

PETG sheets are typically supplied in standard board sizes used for signage and glazing. Our CO₂ laser and CNC beds are sized for full boards, with nesting to minimise waste and keep unit costs competitive.

Why use our PETG cutting service?

Set up for PETG screens and panels

Our workflow is tuned for PETG screens, covers and panels — flat parts that arrive drilled, profiled and ready to install in retail, industrial or public environments.

CO₂ laser and CNC under one roof

Most PETG cutting is done on CO₂ laser for speed and consistency; CNC routing is brought in where thickness or design demands it. Thin films are handled on the digital knife table.

Material choice guidance: PETG vs acrylic vs PC

PETG sits between acrylic and polycarbonate. We can advise when PETG cutting is the best option versus acrylic (better clarity, more brittle) or PC (tougher, harder to laser cut cleanly).

Trade-ready workflow

Clear guidance on sheet thickness, fixing details and corner radii, plus predictable lead times and consistent re-runs when you need replacement PETG screens.

Sydney-based, Australia-wide

Production in Botany NSW with national shipping — suited to ongoing PETG screen programs, fitouts and signage projects.

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Get instant prices for laser-cut and CNC-cut parts across metals, plastics, composites and more — available 24/7.

1–5 days dispatch Australia-wide delivery Pickup: Botany NSW

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Simple plates and brackets can often be drawn and quoted the same day.

More about PETG cutting & design

Open the items below for more detail on PETG cutting, CO₂ laser cutting, CNC routing, digital knife cutting and design tips for PETG parts.

For PETG screens, allow for rounded corners, sensible hole-to-edge distances and fixing areas that spread load. PETG is tougher than acrylic but still benefits from generous radii to reduce stress. If panels will be cleaned frequently, choose layouts that minimise dirt traps around fixings.

PETG is often chosen when you need more impact resistance than acrylic, but don't need the full toughness (and cost/processing complexity) of polycarbonate. We can compare PETG cutting against acrylic and PC for your specific job and recommend what makes the most sense.

PETG is tougher than acrylic but can still scratch. We normally keep protective film on during cutting and transport, and recommend removing it only after installation. If you're using chemicals or harsh cleaners, confirm compatibility with PETG to avoid long-term crazing or haze.

Most PETG cutting jobs dispatch in 1–5 business days once drawings, material and quantities are confirmed. Larger runs or complex panel sets may take longer, but we'll confirm realistic timeframes up front.

DXF/DWG preferred; AI/SVG/PDF (vector) accepted. Units in mm; include fixing details. Upload via the instant quote.

Whether you need PETG counter screens, machine guards or clear panels for a fitout, our CO₂ laser, CNC and knife workflows are set up for repeatable, trade-ready results. Upload your files or contact us to discuss the best way to cut PETG for your project.

Typical applications include sneeze screens, counter barriers, machine guards, protective panels, display cases and retail partitions. We work with shopfitters, office fitout contractors, manufacturers and facilities managers across commercial sectors.

Better impact resistance than acrylic, easier to process than polycarbonate.
CO₂ laser or CNC routing depending on thickness and edge requirements.
Protective film maintained during cutting and shipping.

For PETG cutting that balances impact resistance with cost-effectiveness, upload your files or contact us to discuss material specifications and application requirements.