Ready to Shine with
More Than Paper
Its heat-activated design ensures precise results on paper, cardstock, leather, acrylic, and even boxes up to 139 mm thick. Add a touch of brilliance to everyday items and make them truly shine!
Your Designs, Now with A Glossy Finish
From elegant invitations and gift wraps to custom signs that stand out, xTool hot foil pen adds gold vibes to every creation that’s sure to impress.
Heat Delivers Excellence
in Every Detail
Minutes to heat, foil crafting just got more exciting! Elevating your projects beyond traditional pressure-based methods, heat foiling guarantees a cleaner, brighter, and more lasting finish.
Fine Details or Solid Fills?
It's All Up to You!
With three tip sizes of 0.5 mm, 1.5 mm, and 2.5 mm, you have the flexibility to take on versatile line thicknesses. Craft with precision or go bold with solid fills, you're ready for any project!
In the Box
Specifications
FAQ
The hot foil pen uses heat to bond foil to the material, creating a more vibrant, long-lasting finish that resists water and wear. It also works on a wider range of materials for greater creative flexibility.
The hot foil pen works best on smooth-surfaced materials, including:
paper, cardstock, vellum, glitter card, faux leather, acrylic, wood, and more.
It supports materials up to 21 mm thick. With a raiser base, the thickness extends to 139 mm, making it perfect for personalizing gift boxes and other 3D projects!
For the best results, we recommend using our specially matched foils. If using third-party foils, opt for heat-activated adhesive foils with a response temperature of around 90 °C.
The hot foil pen operates at 90 °C–100 °C and is not adjustable. Its maximum temperature may vary depending on the surrounding environment—colder conditions can lower the peak heat output slightly.
For optimal results, select recommended settings from the EasySet Library. If working with unlisted materials, start with test runs using different parameters. Always keep your material surface smooth and the foil tightly pressed to minimize inconsistencies. Note that foil performance may vary based on its unique properties.
No, excessive pressure may deform the pen tip. However, you can try using a foil transfer tip for debossing first, then apply heat foiling to enhance the effect.