3 business days sourcing time before 3 business days 3D UV printing starts.
3D UV Printing at 50 pieces
Skip artwork and build the color and size break for a ready-to-source blank order.
Pickup in Houston
AMS can move this Supplier Sourced item through the Houston SpeedyShip path for a faster production handoff.
Check the fabric, color, and fit in hand before you lock the production run.
Order a sample12.95" x 4.6" Sublimation Wrap for Shot Glass SSG10G & SSG20W is ready for Supplier Sourced custom decoration through AMS. Use it for events and promotions and merch drops and branded apparel, review product dimensions, upload your logo or design, and move from quote to decorated production with a real sourcing path.
Since 2020, AMS has helped brands, schools, teams, and businesses source the right blank, price finished apparel clearly, and move production with real support in Houston.
This silicone wrap transforms shot glasses SSG10G and SSG20W into photo-quality branded or gift items through 3D UV printing. The 12.5" x 4" decoration area accommodates full-color, photographic designs with rich color depth. Ideal for buyers who want vibrant, high-impact drinkware for events, promotions, or personal gifts.
As a specialty sublimation product with precision sizing and 3D UV printing capabilities, expect pricing that reflects the custom decoration and silicone material quality. Ordered individually, this product is well-suited for personalized gifts or building quantity for promotional campaigns.
Supplier Sourced Houston-local stock is available for this item. AMS can move it through the faster local production handoff.
AMS can move this Supplier Sourced item through the Houston SpeedyShip path for a faster production handoff.
Supplier Source item. Orders under $500 include a $30 small order fee. This fee is waived at $500.
AMS will flag wash, shrink, and care considerations before a production run is released.
Standard AMS decoration · Supplier Sourced path is confirmed from live stock before checkout.
Standard AMS decoration · Supplier Sourced path is confirmed from live stock before checkout.
Standard AMS decoration · Supplier Sourced path is confirmed from live stock before checkout.
See the AMS workflow for event apparel, rush timing, and multi-size ordering.
Turn a logo, sketch, or screenshot into artwork you can use on this garment.
Review same-day and rush production expectations before you promise a deadline.
Choose the color, size range, and decoration path in the live AMS builder.
This Supplier Sourced wrap is a precision-match product built specifically for shot glass sublimation projects. The combination of silicone durability, 3D UV printing capability, and exact sizing makes it a reliable choice for buyers who demand photo-quality results and high-impact color in custom drinkware.
Talk through this item with AMS"Started in a garage, grew into a real Houston production shop. Same mission: get you clean transfers fast — without the drama."
This wrap is specifically sized for shot glass models SSG10G and SSG20W. The 12.95" x 4.6" dimensions are precision-matched to fit these glasses without gaps or overlap.
Design your artwork to fit within 12.5" x 4". This accounts for a small margin from the wrap's physical edges, ensuring clean printing and proper positioning around the glass.
3D UV printing applies color directly onto the silicone surface using ultraviolet-cured ink, creating sharp, vibrant graphics with excellent color depth. This method is ideal for photographs, gradients, and complex multi-color designs.
Yes. 3D UV printing is built specifically for photorealistic artwork. You can include photographs, gradients, complex color blends, and multi-color designs without restrictions.
Silicone is flexible, temperature-resistant, and designed to withstand regular handling. The 3D UV-printed decoration maintains color quality and detail through normal use and everyday exposure.
3D UV printing reproduces digital colors with high fidelity. Rich colors, gradients, and fine photographic detail are all preserved accurately through the printing process.
