Toshiba LDS030010R1ST-25 Receipt Paper
Toshiba Parts Accessory Model Overview
Frequently Asked Questions
What are the specifications of the Toshiba LDS030010R1ST-25 receipt paper?
The Toshiba LDS030010R1ST-25 is a thermal receipt paper roll measuring 3" x 1" with perforations. Each roll contains 560 labels, and cases include 36 rolls per case. This consumable is designed for thermal label printing applications requiring consistent, reliable output.
How many labels will I get in a case of Toshiba LDS030010R1ST-25 receipt paper?
A case of Toshiba LDS030010R1ST-25 contains 36 rolls, with each roll holding 560 labels. This gives you a total of 20,160 labels per case, making it an efficient bulk consumable option for high-volume printing environments.
Is the Toshiba LDS030010R1ST-25 compatible with my thermal printer?
The Toshiba LDS030010R1ST-25 is a genuine Toshiba thermal receipt paper consumable designed for compatibility with Toshiba thermal printing systems. For specific printer compatibility confirmation, contact us today at barcodesinc.com or reach out to our team to verify your equipment model.
What is the label size of the Toshiba LDS030010R1ST-25 receipt paper?
The Toshiba LDS030010R1ST-25 features 3" x 1" labels with perforations for easy separation. This compact size is ideal for receipt printing, shipping labels, and other standard thermal label applications in retail and logistics environments.
Can I order the Toshiba LDS030010R1ST-25 in bulk from Barcodes Inc?
Yes, we offer the Toshiba LDS030010R1ST-25 receipt paper in case quantities of 36 rolls per case. For bulk ordering, volume pricing, or to discuss your specific consumable needs, visit barcodesinc.com or contact us today for a quote.
Is the Toshiba LDS030010R1ST-25 an environmentally friendly product?
Toshiba manufactures its products under strict ecological policies, using recyclable materials and halogen-free components. The Toshiba LDS030010R1ST-25 is packaged in recyclable paper products as part of Toshiba's commitment to environmental responsibility and sustainable manufacturing practices.
