How can we help you?
Designing
- How to prepare files for printing
- How to reduce the file size for fabric printing without losing quality?
- Why does my design look blurry in the editor?
- Can I upload files with a resolution of more than 300 dpi?
- What is a linear meter?
- Does my design remain private?
- Can I print photos on fabric?
- What if I can't upload my design?
- What color profile should I use for fabric printing?
- How to order a personalized textile product with my design?
- Are there any minimum order requirements for personalized textile products?
Production
- Is your printing eco-friendly?
- What technique and machine do you print with?
- What printing methods are available for custom textile items?
- What is pretreatment in fabric printing and why is it needed?
- What is the difference between DTF printing and sublimation?
- What is OEKO-TEX certification and why does it matter?
- Can you print on dark-colored fabrics?
- How to care for custom printed fabric and DTF garments
- How to achieve accurate colors in custom fabric printing
- What is digital pigment printing on fabric and how does it compare to sublimation?
Wholesale & B2B
- Do you have a minimum order quantity for wholesale fabric printing?
- How do I place a bulk fabric printing order?
- Does Muzefab offer white-label fulfillment and dropshipping?
- Can I get a VAT invoice for my business order?
- How does cut and sew manufacturing work at Muzefab?
- How do I get a custom quote for a large or complex order?
My orders
What is a linear meter?
A linear meter (also called a running meter or linear metre) is a piece of fabric 1 meter long and as wide as the roll. It is often used in the textile industry to measure and sell fabrics, particularly for use in clothing and home furnishings.
The linear meter is used to measure things that come on a roll and have width. It is a meter in length with the width of the fabric roll. Each fabric has its own width, which is indicated in the description of the fabric in our catalog in the parameter "Printing width".