Anker has previewed a desktop fabric printer combining DTG and DTF garment decoration in one compact machine, targeting creators and small businesses ahead of a planned Q1 2027 launch.
Anker has previewed a new desktop fabric printer combining direct-to-garment (DTG) and direct-to-film (DTF) printing, signalling another push to make professional-style garment customisation accessible to creators and small businesses without a conventional industrial print setup.
The still-unnamed machine was shown at IFA 2026 in Berlin under Anker's eufyMake creative-tools line. Anker says the fabric printer is planned for commercial launch in Q1 2027, although pricing, final specifications and detailed regional availability have not yet been announced.
A yellow T-shirt on a heat-press machine
The launch is directly relevant to custom clothing because the prototype is built around two digital processes shaping short-run apparel production: DTG for printing directly onto suitable garments and DTF for producing transfers that can be heat-applied to a wider range of compatible textiles.
Anker's 3 September announcement describes the Personal Fabric Printer as a desktop machine combining DTG and DTF in one platform. The company is positioning it toward creators and small businesses rather than large industrial garment factories.
The manufacturer says the system can work with light and dark fabrics and is intended to let users choose between direct garment printing and film-based transfer workflows depending on the product and design.
Independent reporting from TechRadar after the IFA preview confirms that the machine remains pre-launch: it does not yet have a public model name or price, and the current target is the first quarter of 2027. Buyers should therefore treat this as an early product preview rather than a finished purchasing specification.
DTG and DTF solve different production problems. DTG applies ink directly to the garment and is commonly used for detailed full-colour artwork on suitable cotton and cotton-rich products. DTF prints artwork onto transfer film before adhesive and heat application, giving decorators a flexible route across a broader mix of compatible fabrics.
A small custom-print business may want both methods but hesitate to dedicate separate printers, maintenance routines and workspace to each. Anker's concept follows a wider equipment trend toward hybrid and multi-process systems, where workflow flexibility is becoming a selling point alongside raw print speed.
Industrial garment-printing equipment can require significant floor space, curing or powdering equipment, maintenance knowledge and capital investment. Anker is approaching the category from the opposite direction, presenting the prototype as a personal or small-studio machine.
That could appeal to Etsy sellers, creators testing merchandise, small clothing labels and event businesses that want to prototype apparel internally. But desktop size does not remove the realities of textile printing. A commercially useful system still needs reliable white-ink handling, consistent colour, appropriate pretreatment or transfer preparation, curing, heat application, consumables, maintenance and repeatable wash performance.
Until Anker publishes the final workflow and specifications, those questions remain open.
Producing a finished DTF garment normally involves several stages. Artwork is printed onto film, adhesive is applied, the transfer is cured or prepared, and it is then heat-pressed onto the garment under suitable time, temperature and pressure conditions.
If Anker wants the machine to appeal to first-time users, the surrounding workflow will be as important as the printer itself. Buyers should watch for details about adhesive handling, curing, film compatibility, heat-press requirements and how much of the process Anker intends to automate.
Direct-to-garment printing also depends on the complete process rather than the print engine alone. Dark garments generally require a white base and appropriate pretreatment, garment composition affects ink behaviour, and the printed item needs proper curing.
For creators used to ordinary office printers, these steps can be a learning curve. A successful desktop fabric printer will need to make setup and maintenance understandable without hiding the factors that determine professional output.
Current search results around the product are concentrated in technology and IFA coverage. That creates a fresh informational window around Anker fabric printer, Anker DTG printer, Anker DTF printer, desktop DTG DTF printer, personal fabric printer and DTG printer for small business.
The strongest UK angle is answering the practical questions buyers will ask: what does the machine do, can it replace separate DTG and DTF equipment, what extra hardware does it need, which fabrics does it support and when will it be available?
Those questions connect naturally to custom-clothing intent because customers increasingly encounter DTG and DTF when comparing how T-shirts, hoodies, workwear and merchandise should be produced.
A desktop machine can make in-house production look attractive, but the decision should be based on the complete cost of producing a saleable garment. That includes the printer, ink, film, adhesive, pretreatment where required, cleaning consumables, rejected prints, blank garments, heat equipment, labour, maintenance and the time spent learning artwork and colour preparation.
A creator producing experimental pieces has a different requirement from a business promising fast fulfilment to paying customers. Small brands should compare producing in-house, outsourcing to a professional decorator, or using a hybrid model where prototypes are made internally and larger orders are outsourced.
Accessible production tools do not necessarily remove demand for commercial garment printers. Lower-cost creative hardware can encourage more people to experiment with merchandise. Some projects later need quantities, garment ranges, colour consistency or turnaround that exceed a desktop workflow.
For ElitePrints customers, the distinction is straightforward: owning equipment provides control, while outsourcing avoids machine maintenance and lets the customer focus on artwork, marketing and sales.
Anker has not yet published enough information for a serious production comparison. Before launch, buyers should look for maximum printable area, supported fabrics, white-ink management, consumable pricing, DTG pretreatment requirements, the DTF adhesive and curing workflow, realistic production speeds, heat-press requirements, colour-management software, wash-testing guidance, warranty, UK service support and final UK pricing.
Without those details, comparing the prototype directly with established professional systems would be premature.
The preview arrives as Anker begins bringing its sub-brands under the main Anker name. The company says eufyMake will progressively become part of the unified Anker brand. Searches may therefore refer to the product as either the eufyMake fabric printer or Anker fabric printer while the transition takes place.
Most customers ordering custom clothing do not need to own or choose a garment printer. What matters is selecting a production method suited to the garment, artwork, quantity and finish.
DTG can be an excellent choice for detailed graphics on suitable cotton garments and small runs. DTF can provide flexibility across a broader mix of compatible materials and placements. Neither method is automatically best for every order.
Anker's prototype is interesting because it brings that choice into one compact concept. Whether it can deliver professional consistency at a creator-friendly price will depend on the final hardware, consumables and workflow revealed before launch.
Anker previewed a desktop Personal Fabric Printer at IFA 2026 that combines DTG and DTF garment decoration in one machine. The company is targeting creators and small businesses and currently plans a Q1 2027 launch.
The product has no announced final name or price yet, and important production specifications remain undisclosed. For the UK custom-apparel market, however, the direction is significant: garment-printing technology is moving toward smaller footprints, hybrid processes and easier access for creators, while professional decorators continue to compete on garment sourcing, process selection, consistency, quality control and fulfilment.
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