Roland DG Unveils VersaStudio BY2-20 for Compact Apparel Printing

by Anika Shah - Technology
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Roland DG Corporation has expanded its desktop printing lineup with the introduction of the VersaStudio BY-20, a compact direct-to-film (DTF) printer designed for apparel customization. The device, which integrates printing and powder-shaking processes into a single footprint, enables small businesses to produce heat-transfer graphics for garments without the need for traditional screen printing or weeding. According to official company specifications, the system is engineered for ease of use, allowing users to create custom apparel transfers by printing on specialized film, applying adhesive powder, and heat-pressing the finished design onto fabric.

How the VersaStudio BY-20 Changes Apparel Production

From Instagram — related to Print Technology, Media Compatibility

The BY-20 utilizes a desktop-friendly design to address common bottlenecks in small-scale apparel workflows. Traditional methods like vinyl heat transfer often require manual “weeding”—the process of removing excess material from a design—which is time-consuming for complex graphics. Direct-to-film printing eliminates this step entirely.

As noted by industry reports, the BY-20 allows for the creation of full-color, high-detail transfers that can be applied to various fabrics, including cotton, polyester, and denim. By automating the transfer creation process, Roland DG aims to lower the barrier to entry for print shops and designers who lack the space for large-format industrial equipment.

Technical Specifications and Workflow Integration

Introducing the Roland DTF VersaSTUDIO BY-20 Desktop Direct-to-Film Printer

The BY-20 is built around Roland DG’s established ink technologies. It uses a specialized water-based ink system designed to adhere to transfer film while maintaining garment durability through repeated wash cycles.

  • Print Technology: Piezoelectric inkjet.
  • Media Compatibility: Standard DTF transfer film.
  • Workflow: Requires a compatible powder shaker and heat press for the final application to the garment.
  • Software: Bundled with Roland VersaWorks 6 RIP software, which manages color profiles and print layouts.

Compared to the company’s previous VersaStudio BN-20 series, which focused heavily on print-and-cut adhesive vinyl, the BY-20 is purpose-built for the growing DTF market. While the BN-20 remains a staple for stickers and decals, the BY-20 targets the specific demand for soft-goods customization where print-and-cut technology is less efficient.

Why Direct-to-Film Matters for Small Businesses

Why Direct-to-Film Matters for Small Businesses

The shift toward DTF is driven by a need for efficiency in the customized apparel market. Unlike screen printing, which requires creating physical stencils for every color in a design, DTF systems print digital files directly onto a carrier film. This allows for small-batch production and one-off custom orders without the high setup costs associated with traditional commercial printing.

According to Roland DG’s product documentation, the BY-20 is intended for users ranging from startup apparel brands to existing print shops looking to diversify their service offerings. The system’s compact size is its primary differentiator, fitting into standard office or retail store environments where floor space is at a premium.

Frequently Asked Questions

What materials can the VersaStudio BY-20 print on?
The device prints onto specific DTF transfer film, which is then heat-pressed onto fabrics such as cotton, polyester, nylon, and blends.

Does the printer include a powder shaker?
The BY-20 is designed to work in conjunction with a powder-shaking unit. Users should verify if the specific package they purchase includes the shaker, as it is a necessary component for the adhesive application process.

How does this differ from the BN-20?
The BN-20 is a print-and-cut machine designed primarily for adhesive vinyl and decals. The BY-20 is specialized for the DTF process, meaning it does not cut the film but instead prepares it for heat transfer onto textiles.

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