EraSmart A1 Fluorescent DTF Printer for UV-Lit Event Apparel

Create garment graphics that show a distinct fluorescent effect under UV light in dark surroundings.

The EraSmart A1 Fluorescent DTF Printer combines CMYK, fluorescent inks and white ink in a system with a maximum printing width of 620 mm. Built for apparel customization studios, print service providers and event merchandise producers, it supports fluorescent transfers for themed T-shirts, stage costumes, party clothing and branded event apparel.

The fluorescent colors do not stand out under ordinary lighting. Their distinctive effect becomes apparent when suitable UV lighting illuminates the printed areas in a dark environment. This makes the printer relevant to projects where the lighting conditions are part of the design brief.

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• I3200HD + I1600 dual printheads
• CMYK + FY FM FG FO + WWWW ink configuration
• Maximum printing width of 620 mm
• Printing speed of 1.5–2 m²/h at 8 pass
• 500 ml ink tank capacity per color
• Roll and sheet PET film support
• Automatic printhead cleaning and timed white ink circulation

Request a Sample Print · Get an A1 Configuration Quote

Design for the Lighting Where the Garment Will Be Worn

A fluorescent garment should be evaluated in its intended setting. For an event with UV lighting, that means checking how the printed lettering, logo or graphic responds under the actual lighting conditions.

Fluorescent printing differs from glow-in-the-dark printing. It needs excitation from a suitable light source and does not provide a lasting afterglow once the UV light is removed.

For purchasing and design approval, assess physical transfers on the intended fabric under the lighting planned for the event.

Turn Fluorescent Graphics into Event Apparel

Themed T-Shirts and Party Clothing

Use fluorescent lettering, symbols or decorative graphics for garments intended for UV-lit parties and themed events. Select the areas that should respond to UV light as part of the artwork brief.

Stage and Performance Costumes

Develop printed accents for costumes used in performances with suitable UV lighting. Review samples with the lighting team to assess the effect from the audience’s viewing position.

Branded Event Merchandise

Apply fluorescent treatments to selected logos, slogans and event graphics. A physical sample helps the customer approve both the artwork and its appearance under the planned lighting.

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Extend a coordinated event collection to compatible canvas bags and other textile items. Confirm transfer adhesion, heat tolerance and the finished effect on each material before production.

CMYK, Fluorescent Inks and White Ink

The A1 uses a CMYK + FY FM FG FO + WWWW ink configuration. Its fluorescent effect comes from the fluorescent components in the ink, which absorb light at suitable wavelengths and emit visible light.

The white ink underbase forms part of the transfer construction. The final appearance depends on the ink, white layer, fabric, lighting and transfer process working together.

For a print service provider, this configuration creates a basis for offering fluorescent artwork alongside conventional color elements. Sample approval should establish which parts of the design receive the fluorescent treatment and how the finished transfer should appear.

Dedicated Software for the Fluorescent Configuration

The fluorescent version requires dedicated software configured for its fluorescent ink setup. This differs from the software configuration used for CMYKW printers.

The listed software is ไรน์. Use the dedicated fluorescent configuration supplied for this model, and follow the corresponding instructions for artwork preparation and printing.

When requesting a quotation, include software setup and operator guidance in the discussion so the supplied configuration matches the intended fluorescent workflow.

From Artwork to Garment Transfer

The A1 prints onto PET transfer film. The printed design is then processed and heat-transferred onto the garment.

1. เตรียมงานศิลปะ. Identify the fluorescent elements and process the file using the dedicated fluorescent software configuration.
2. Print onto PET film. Produce the color, fluorescent and white ink layers using the settings specified for the model.
3. ใช้ผงกาวร้อนละลาย Follow the requirements for the selected film, ink and powder.
4. Heat-cure the transfer. Use the recommended curing conditions for the consumables.
5. Heat-press onto the fabric. Follow the applicable pressing and peeling instructions.
6. Inspect the finished sample. Check the fluorescent effect under suitable UV lighting, then assess adhesion and wash performance before approving production.

Ask EraSmart to identify the powder application, curing and heat-press equipment included in the proposed package.

Printing Width and Job Planning

A maximum printing width of 620 มม provides space for larger garment graphics or multiple smaller transfers arranged within the printable area. Support for both roll and sheet PET film allows media selection to follow the job requirements.

The specified printing speed is 1.5–2 m²/h at 8 pass. Use this figure when evaluating printer output for that mode, while allowing separately for powder application, curing, pressing and handling.

Ink Capacity and Routine Maintenance

Each color has a 500 ml ink tank. Automatic printhead cleaning and timed white ink circulation provide support for routine printer care.

These functions form part of the maintenance workflow. Operators should still follow the model’s instructions for nozzle checks, cleaning and white ink management.

Is Fluorescent DTF Right for Your Orders?

This printer is relevant when customers want garment graphics with a visible fluorescent effect under UV lighting in dark surroundings.

For a studio already producing CMYKW transfers, the purchasing reason is the addition of a specific fluorescent effect. The decision should follow customer demand, sample results and the requirements of the complete production process.

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Fabric suitability depends on the complete transfer process. Confirm materials and operating settings through sampling before production.

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What do fluorescent prints look like under ordinary lighting?

The fluorescent colors do not stand out under ordinary lighting. The distinctive effect is intended to be viewed under suitable UV lighting in a dark environment.

What lighting is needed to see the fluorescent effect clearly?

Use a suitable UV lamp in dark surroundings. Evaluate the print under the lighting planned for the garment’s actual use, since lamp characteristics and viewing conditions affect its appearance.

Will the print keep glowing after the UV lamp is switched off?

No. The fluorescent effect stops when the UV light is removed. It differs from glow-in-the-dark effects that continue after the excitation light is switched off.

Can I use the same software configuration as a CMYKW printer?

The fluorescent version requires dedicated software configured for its fluorescent ink setup. Its software configuration differs from that used for CMYKW printers. Use the configuration supplied for this model and follow its operating instructions.

How should I prepare fluorescent artwork?

Identify the areas that should receive the fluorescent treatment, then follow the dedicated software guidance for file preparation and printing. Include the artwork, target fabric and intended lighting conditions when requesting a sample.

What is the printing speed?

The specified speed is 1.5–2 m²/h at 8 pass. This is the printing-stage figure; order planning should also account for curing, heat pressing and handling.

Can the printer be used for canvas bags and other textiles?

Compatible canvas bags and other textiles can be considered after testing. Check heat tolerance, adhesion and the finished appearance on the specific material before accepting a production order.

How washable are the finished transfers?

Wash performance must be verified using the selected fabric, inks, film, powder and transfer settings. Test representative samples and establish suitable care instructions before making durability claims to customers.

What additional equipment is needed?

The DTF process requires powder application, heat curing and heat pressing after printing. Ask EraSmart to specify the equipment and consumables included in your quotation and what must be supplied separately.

Plan Your Fluorescent Apparel Project

Send EraSmart your artwork, target fabric, required print sizes and intended UV lighting conditions. Our team can discuss sample printing, the A1 fluorescent configuration, dedicated software and the equipment needed for your transfer workflow.

Related Products and Supplies

• DTF Powder Shaker and Dryer — Discuss compatible equipment for powder application and curing.
• DTF Transfer Film and Adhesive Powder — Confirm consumables for the proposed fluorescent workflow.
• Compatible Fluorescent DTF Inks — Request inks matched to the printer configuration.
• CMYKW DTF Printers — Explore equipment for orders centered on conventional color transfers.