MIRA DIGITAL DTG inks for Brother GTX Pro Bulk (5 L) – White + CMYK

MIRA DIGITAL DTG inks for Brother GTX Pro Bulk (5 L) – White + CMYK

MIRA DIGITAL is a pigment DTG ink designed for use in Brother GTX Pro Bulk systems. The formulation is engineered for stable flow, repeatable visual results, and efficient management of consumption costs in regular production. The product is available in White, Cyan, Magenta, Yellow, and Black.

Key features

High white opacity

The white ink is designed for good coverage on dark textiles (in combination with appropriate pretreatment), with the aim of achieving even application and consistent whiteness across batches.

Stable pigment formulation and colour repeatability (CMYK)

The CMYK inks focus is on pigment stability and consistent colour reproduction for repeat orders, with proper maintenance of the ink circuit and stable operating conditions.

Optimised for Brother GTX Pro Bulk

The product is formulated for use in the GTX Pro Bulk system without demanding modifications to the equipment. The manufacturer states that the parameters (e.g., viscosity, surface tension, and stability) are aligned with the OEM grade for easier transition and stable operation.

Compatibility

• Brother GTX Pro Bulk
• Brother GTX600

Technical specifications

• Type: pigment DTG ink
• Compatibility: Brother GTX Pro Bulk, GTX 600
• Colour variations: White, Cyan, Magenta, Yellow, Black
• Packaging: 5 L

Recommendations for use and maintenance

• Before use, gently stir / shake the container so the pigment is evenly distributed.
• Regularly perform routine maintenance of the ink circuit according to the printer manufacturer’s recommendations (cleaning, circulation, filters).
• Use standard flushing procedures in line with the routine for your GTX system.
• Store at a stable room temperature, protected from direct sunlight.

Who is this product suitable for

For print shops using Brother GTX Pro Bulk that want pigment DTG inks (White + CMYK) with high white opacity, stable behaviour in production, and optimisation of cost per print.