xTool Screen Printer 2.0, Basic Kit

Traditional screen printing has always involved a 24-hour process: coat the mesh with photosensitive emulsion, expose it under UV light, wash it out, let it dry, and only then start printing. For a small business, a craft market vendor, or a school makerspace, that turnaround makes same-day sample production impossible and short-run custom orders uneconomical. The xTool Screen Printer 2.0 Basic Kit solves this by replacing the entire emulsion-and-UV workflow with laser engraving. Your laser machine burns the stencil directly into a pre-coated screen in under an hour. From opening your design file to pulling the first print, the entire process takes between one and three hours.

The result is a desktop screen printing press that fits on a workbench, runs without electricity at the press itself, handles substrates up to 60 mm thick, and produces designs with 0.01 mm precision. If you already own an xTool laser engraver, or are considering one, this kit turns it into a complete on-demand printing system for fabric, paper, wood, leather, and packaging. Note: a compatible laser engraver is required and is not included in this kit.

Laser-engraved stencils in 1–3 hours | No emulsion, UV light, or film required | 292 × 406 mm (11.5" × 16") print area | 0.01 mm stencil precision | Substrates up to 60 mm thick | EasyStretch frame tensioning in 30 seconds | 3-axis micro-registration | Compatible with xTool F, P, S, D and M series lasers | No power required at the press

Who the xTool Screen Printer 2.0 is built for

Small business owners and custom print producers doing short runs

If you produce custom T-shirts, tote bags, branded packaging, or printed stationery in batches of 10 to 200 units, the xTool Screen Printer 2.0 gives you a production workflow that does not require outsourcing to a print shop. You design in xTool Studio, burn the stencil with your laser engraver, and pull prints at your own pace. The multi-point alignment system and 3-axis micro-registration allow you to reposition the screen precisely across a batch, so every item in a run is placed consistently. Same-day turnaround on client samples becomes practical, which changes how you can price and promise delivery on custom work.

Craft market vendors, artists, and independent designers

Screen printing has historically required a dedicated darkroom setup and a fixed location. The xTool Screen Printer 2.0's separable frame-and-screen design means you can carry a pre-engraved screen to a market, set up on any flat surface, and print live. The press itself draws no power at the printing stage, so there is no need for a wall socket at the printing table. You can engrave multiple screens in advance at home using your laser, then carry them flat to any venue. A typical setup: three pre-engraved screens, a set of water-based inks, and 30 minutes of on-site setup to start taking custom print orders on the day.

Schools, makerspaces, and creative education programmes

For a STEM or art classroom with an existing xTool laser engraver, the Screen Printer 2.0 adds a complete applied-design workflow at low additional cost. Students design artwork digitally, send it to the laser to create the stencil, and pull physical prints onto fabric or paper within a single lesson. The press operates without moving electronic components at the print stage, making it straightforward to use with supervision. The process covers design software, laser operation, colour theory, and production workflow, all in one project cycle. The 292 × 406 mm print area accommodates A3-approximate artwork, which is large enough for meaningful project outcomes.

What sets the xTool Screen Printer 2.0 apart

Stencil preparation that takes hours, not days

Traditional screen printing stencil preparation involves hand-coating the mesh with photosensitive emulsion, exposing it to UV light through a film positive, washing out the unexposed areas, and waiting for the screen to dry, a cycle that routinely takes 24 hours and more. The xTool Screen Printer 2.0 uses a pre-coated mesh that accepts direct laser engraving. Your laser machine burns the design into the photosensitive coating at up to 0.01 mm precision, opening the mesh in the design area without any chemical exposure or washing step. The entire stencil is ready in under an hour. For anyone running a print business or teaching production techniques, collapsing a two-day process into a single work session is a meaningful operational change.

3-axis micro-registration for repeat accuracy across a print run

Consistent placement is the difference between a professional print run and a pile of misprinted seconds. The xTool Screen Printer 2.0 includes a 3-axis micro-registration system with one vertical axis and two rotational axes. These allow you to make fine adjustments to screen position relative to the substrate without lifting and repositioning by hand. For multi-colour work, where you burn a separate screen for each colour and need them to align precisely on the printed substrate, this system is essential. For single-colour batch runs, it ensures every unit in the run is printed in the same position. This level of registration control is not present on basic hobby-grade screen printing frames.

EasyStretch frame tensioning in 30 seconds

Screen tension is one of the most critical and most frustrating variables in screen printing. Insufficient tension causes ink bleed and blurred edges. Uneven tension causes distortion across the print. The xTool Screen Printer 2.0's EasyStretch system uses four built-in tensioning strips and six quick-tightening wrenches that apply consistent, even tension across the mesh in approximately 30 seconds. The quick-release frame clamp allows you to swap screens between jobs rapidly. For a business changing designs between clients, or a school cycling through student projects, this changes screen changeover from a careful manual operation into a fast, repeatable step.

The 60° hover hinge that keeps ink off your work surface

One of the persistent irritations of manual screen printing is ink transfer when the screen lifts off the substrate between strokes. A flat-lift hinge allows the screen to drag ink forward as it rises, depositing smears outside the print area. The xTool Screen Printer 2.0's hover hinge uses a 60° free-floating pivot that lifts the screen at an angle rather than straight up. This geometry peels the screen away from the substrate cleanly, minimising the risk of ink smearing at the hinge end of the print. For a production environment printing onto finished goods like T-shirts or tote bags, clean lift-off reduces wasted stock and cleanup time.

A piston-driven Z-axis that handles thick substrates without adjustment steps

Printing on substrates of different thicknesses, from a single sheet of paper to a 50 mm thick block of wood or a layered garment on a platen, normally requires manually resetting the screen height for each substrate type. The xTool Screen Printer 2.0's piston-driven Z-axis auto-press adjusts to substrates up to 60 mm thick without separate height adjustment steps. Remove the frame and the thickness limitation disappears entirely for items that can be positioned under the screen. This matters for anyone printing on packaging boxes, signage panels, or irregular surfaces that vary between jobs.

Wide material and ink compatibility

Screen printing has the broadest substrate compatibility of any print process because the ink is pushed mechanically through the mesh rather than sprayed or heat-transferred. The xTool Screen Printer 2.0 prints on fabric (cotton, canvas, denim), paper (card stock, kraft paper, corrugated packaging), wood, MDF, leather, and smooth surfaces including plastic and glass. Compatible ink types include water-based, oil-based, metallic gloss, foam (puff), conductive, luminous, and temperature-sensitive inks. The main constraint is particle size: inks with very coarse particles, such as heavy glitter inks, may not pass through the mesh cleanly. xTool's own inks are tested against their mesh density. For other specialty inks, testing before a production run is recommended.

Full specifications

How the xTool Screen Printer 2.0 compares across screen printing and direct-print methods

Materials and software

What you can print on with this screen printer

Screen printing ink adheres to almost any surface because the squeegee presses it mechanically through the mesh. The practical substrate range for the xTool Screen Printer 2.0 includes:

• Fabric and apparel — cotton T-shirts, canvas tote bags, felt panels, burlap, denim patches. Use water-based textile inks for a soft hand feel; puff inks for a raised 3D texture. Heat-cure water-based fabric inks with a heat press or domestic iron after printing for wash durability.
• Paper and packaging — cardstock, kraft paper bags, corrugated box panels, posters, labels. Water-based inks work for most paper applications. Oil-based inks give better adhesion on coated or glossy paper stocks.
• Wood and MDF — signage panels, branding on wooden products, decorative plaques. Use oil-based or UV-curable inks for outdoor-rated durability. Seal uncoated wood before printing if ink absorption is a concern.
• Leather and canvas — custom leather goods, canvas prints, accessories. Water-based inks work on most leather finishes; test on a scrap piece first as some leather coatings resist water-based ink adhesion.
• Hard smooth surfaces — plastic panels, glass, metal sheets. Oil-based inks offer the best adhesion on non-porous smooth surfaces. Allow adequate cure time before handling.
• Specialty inks — metallic gloss inks for premium branded materials, conductive inks for electronics prototyping, luminous inks for glow-in-the-dark effects, temperature-sensitive inks for novelty applications. Always test through the mesh before a production run; coarse-particle inks such as heavy glitter will clog the mesh.

Software workflow with xTool Studio

• xTool Studio (Windows, macOS) — The primary software for designing and engraving screens. The Screen Print mode provides AI-assisted design tools, one-click colour separation, automatic CMYK layer separation for multi-colour prints, and halftone filter processing for bitmap images. Vector files import directly; bitmap images need to be pre-processed to halftone before engraving to ensure the photosensitive coating is fully opened.
• LightBurn (optional) — Compatible with xTool laser engravers and can be used to drive the laser for stencil creation. Useful for users already in a LightBurn workflow, though the Screen Print specific features are only in xTool Studio.
• Multi-colour workflow — For multi-colour prints, separate each colour to its own layer in xTool Studio, engrave a separate screen per colour, then use the 3-axis micro-registration system to align each screen precisely over the substrate on successive print passes.

What's in the box

• xTool Screen Printer 2.0 press (aluminium alloy frame, 60° hover hinge, 3-axis micro-registration, piston Z-axis)
• 11.5" × 16" EasyStretch printing frame (504 × 388 × 25 mm)
• Pre-coated 11.5" × 16" mesh screens (quantity — confirm from physical unit; typically 5 screens in Basic Kit)
• Squeegee
• Water-based inks (assorted colours — confirm quantity from physical unit; typically 4 inks in Basic Kit)
• Quick-tightening wrenches (×6)
• Cleaning tools and spare components
• Quick-start guide

Note: a compatible laser engraver is required for stencil creation and is not included. See the xTool laser range for compatible machines. For xTool P2S use, a riser base is also required. For xTool M1/M1 Ultra use, a riser base and honeycomb panel are required.

Ordering, shipping and support

The xTool Screen Printer 2.0 Basic Kit is stocked and dispatched from 3D Printing Store's Centurion and Boksburg branches, with courier delivery to anywhere in South Africa. The unit carries a manufacturer warranty with claims handled locally. Replacement pre-coated screens, additional inks, and xTool laser engravers compatible with this printer are available from the same order. Contact us at sales@3dprintingstore.co.za or via WhatsApp if you need help selecting a compatible laser engraver for your application before purchasing.

Frequently asked questions

Does the xTool Screen Printer 2.0 include a laser engraver?

No. The Screen Printer 2.0 Basic Kit includes the press, frame, screens, inks, and tools, but the laser engraver used to create stencils is sold separately. You need a compatible xTool laser engraver to engrave the pre-coated screens. Compatible models include the xTool S1, D1 Pro, F1, F1 Lite, F1 Ultra, P2, P2S, M1, and M1 Ultra. The P2 and P2S require an additional riser base; the M1 and M1 Ultra require a riser base and honeycomb panel. Third-party laser engravers are also compatible using Open Plane processing mode. Browse the xTool laser range or contact us for a recommendation based on your application.

What is the difference between the Screen Printer 1.0 and the 2.0 Basic Kit?

The core press, frame mechanism, registration system, and screen specifications are the same between the 1.0 and 2.0. The 2.0 designation reflects updated compatibility with newer xTool laser models, including the F1 Ultra, F1 Lite, M1 Ultra, and P2S, as well as the updated xTool Studio software platform that replaces the earlier xTool Creative Space (XCS). If you already own the Screen Printer 1.0 and a compatible laser engraver, there is no compelling reason to upgrade. If you are purchasing for the first time and own one of the newer xTool laser models, the 2.0 is the correct current version to buy. 

Can I use this with a non-xTool laser engraver?

Yes. The xTool Screen Printer 2.0 is compatible with any laser engraver that can process the frame in Open Plane mode, which most diode and CO2 laser engravers support. You position the frame on the laser's work surface, set the engraver to Open Plane processing mode, and run the job from xTool Studio or your preferred laser software. Multi-colour alignment brackets designed for xTool S1 and D1 Pro are not available for third-party machines, so multi-colour registration on third-party lasers requires manual alignment of screens.

How long does each screen mesh last, and can it be reused?

A single screen can be reused across multiple prints of the same design. Wash the mesh after each printing session with clean water to clear residual ink, and the same stencil area remains usable until the mesh clogs, develops wrinkles that prevent even tensioning, or the photosensitive coating degrades. Different areas of the same mesh can hold different designs simultaneously if they do not overlap. Replace the mesh when you notice any of these conditions: persistent clogging after washing, visible wrinkling that cannot be tensioned flat, or sections of the photosensitive coating lifting or peeling. Replacement pre-coated screens are stocked as consumables.

Does this work for printing T-shirts, and how do I cure the ink for washing?

Yes, fabric and apparel printing is one of the primary use cases for the xTool Screen Printer 2.0. For T-shirt printing, use water-based textile ink. After printing, the ink must be heat-cured to bond permanently with the fabric fibres and achieve wash durability. The recommended method is a heat press at approximately 160–180°C for 30–60 seconds, depending on the ink manufacturer's specification. A domestic iron set to a cotton setting can be used as an alternative for small runs. Without heat curing, water-based textile ink will wash out after the first few washes. Always check the ink manufacturer's curing temperature and time specification before production printing.