Laser Engraved Boro Tubes - Tiki Mask

Laser Engraved Boro Tubes - Tiki Mask

SKU: AG-LEBT-6

Regular price$160.00
/
Shipping calculated at checkout.
Bring tropical flair to your lampwork with intricately engraved tiki mask tubing that captures the spirit of island artistry. These precisely laser-etched masks stay sharp and defined through every heat cycle, giving your finished pieces an exotic, culturally-inspired character that truly stands out.
Unit of Measure
  • Low stock - 2 items left
  • Backordered, shipping soon

Description:

Item Name:

Laser Engraved Boro Tubes - Tiki Mask

SKU:

AG-LEBT-6

Description:

The Laser Engraved Boro Tubes - Tiki Mask are borosilicate glass tubing pieces featuring intricate tiki mask imagery laser engraved onto the surface. The tubing is constructed from high-quality borosilicate glass that provides the thermal stability and shock resistance required for lampworking and scientific glassblowing applications. The laser engraving process creates precise, repeatable tiki mask designs that maintain their definition through heating cycles. This decorative tubing is ideal for artists who want to incorporate a distinctive cultural and artistic element into their work without the need for hand-carving or surface etching. The tiki mask motif adds an exotic, tropical character to finished pieces while the borosilicate substrate ensures reliable performance during forming and annealing.

How it is used:

  • Incorporated into pendants, beads, and sculptural forms where the tiki mask imagery becomes an integral design element
  • Used as decorative tubing stock for lampworked components where a bold, thematic surface pattern is desired
  • Worked into vessels and functional pieces where the engraved tiki mask design provides visual impact and artistic expression
  • Employed in artistic builds where the tropical or Polynesian aesthetic complements the overall composition
  • Used in custom commissions and themed collections where tiki motifs are requested by clients or artists
  • Applied in educational settings to demonstrate how detailed surface patterns behave under heat and maintain integrity during forming

You may also like


Recently viewed