In this comprehensive guide, you'll learn the screen printing process step by step, from preparing digital artwork in Adobe Illustrator to printing and curing professional-quality t-shirts. Whether you're a beginner or a growing print shop, this article will give you the full roadmap to success. Read More

​Starting a screen printing shop is a major step—but one that can be incredibly rewarding. Whether you're launching a small studio or planning a scalable production setup, having the right equipment from the beginning will save time, money, and frustration. Read More

Rotary screen printing, a well-established technique in the textile printing industry, is extensively utilized for printing on textiles, fabrics, garments, and various other substrates. This method involves a cylindrical screen that rotates to apply ink or dye onto the material's surface. Read More

In screen printing, a squeegee is an essential tool used to push ink through the mesh of a stencil onto the surface below, forming the intended design. It typically features a rubber or polyurethane blade attached to a handle. As the blade moves across the screen, it drives ink through the open mesh areas, effectively transferring the image onto the chosen substrate. Read More

The right choice depends on the products you sell. If you mainly handle everyday garments such as T-shirts, denim, uniforms, and general retail apparel, a standard tagging gun is usually the better option because it is more versatile and suitable for most regular fabrics. If your products include knitwear, lingerie, baby clothing, silk-like fabrics, or other delicate garments, a fine tagging gun is usually the safer choice because it creates a smaller puncture and helps reduce visible holes and fabric damage. Read More

When selecting a screen printing squeegee, two of the most critical aspects to evaluate are the blade’s durometer and its shape. The durometer, which measures the hardness of the blade, directly impacts the amount of force required to press ink through the mesh. A higher durometer indicates a harder blade that needs more pressure, ideal for fine detail work. Meanwhile, the blade shape influences the print quality: square-edged blades are ideal for flat surfaces and general printing tasks, while rounded blades are better suited for curved or uneven substrates, allowing for heavier ink deposits. Read More

In any print shop, you can usually tell how organized things are by looking at the squeegees. They might not be the most expensive tool you own, but they play a huge role in how smooth, sharp, and consistent your prints look. When a screen printing squeegee is dirty, caked with ink, or starting to swell, you'll see it straight away on press: streaks, fuzzy edges, and unexpected color shifts. Read More

Compare screen printing and embroidery for your logo—cost, durability, fabric types and brand image—to choose the right method for uniforms and merch. Read More

In the world of textile and screen printing, the choice of squeegee durometer—the hardness level of the squeegee blade—can significantly impact print quality, ink deposit, and production efficiency. Durometer refers to the hardness of the squeegee blade. Measured on a scale from 0 to 100, a higher durometer indicates a harder blade. This guide explores how to choose the right durometer for your needs, based on fabric type, ink viscosity, and printing detail requirements. Read More

Worried about your printed t-shirts aging too fast? This guide shows curing, stretch testing, and washing tips to keep screen printed apparel vibrant and long-lasting. Read More

Compared to heat transfer, screen printing typically delivers superior quality and long-term durability. However, heat transfer stands out when it comes to handling intricate designs and meeting tight deadlines. While screen printing is more cost-efficient for high-volume orders and straightforward graphics, heat transfer is better suited for low-quantity runs that require complex or detailed visuals. Read More

Achieving optimal textile performance with nickel mesh requires careful attention to key specifications — including mesh count, wire diameter, material purity, and weave structure. For fine-detail printing, higher mesh counts combined with finer wires and plain weaves offer greater precision, smoother paste flow, and improved image clarity. Read More