Report

Upgrade Your St. Paddy's Party Gear with Custom Pub Glasses

Instruction
Ultimate Party Host.xcs
Ultimate Party Host
.xcs
Application scenario
Laser processing
Machine & module
xTool P2S
55W
Compatible xTool Machine
F1 Ultra
20W
P2
55W
Accessories
xTool RA2 Pro for P2/S1/F1
Material used
Frosted Clear Glass
3mm Clear Soda-Lime Glass
gift
18
806

Information

      Don't serve your favorite stout in a boring cup this St. Patrick’s Day! Whether you're hosting the ultimate pre-parade breakfast or outfitting your basement bar for the big day, these custom "Property Of" pint glasses are the ultimate party gear.
    

Instruction

1

Step1

Preparation & Masking

  1. Clean the Glass: Wipe the glass down with isopropyl alcohol to remove fingerprints and oils.
  2. Mask the Glass (Crucial for Diode Lasers):
    • Method A (Best for Diode): Spray the engraving area with Cold Galvanizing Compound (a spray paint found at hardware stores) or black tempera paint/chalk spray. The laser heats the pigment/metal, which transfers heat to the glass to create the fracture.
    • Method B (Best for CO2/P2): Wet a single layer of paper towel and smooth it over the glass (no air bubbles). This keeps the glass cool and prevents shards from chipping off.
  3. Install the Rotary Attachment:
    • Plug your RA2 Pro (or similar rotary) into the machine.
    • Set it to Chuck Mode (gripping the glass) or Roller Mode (resting the glass), depending on the shape. For a straight-walled whiskey glass, Rollers are fine. If it tapers or is heavy, Chuck mode is safer.
    • Tip: Use the leveling tool (the little spirit level) to ensure the surface of the glass is perfectly flat horizontally. If the glass is tilted, the laser focus will drift.
2

Step2

xTool Studio Setup

  1. Connect & Select: Open XCS and connect your machine. Select "Laser Cylindrical" mode on the right-hand panel.
  2. Input Diameter: Measure the diameter of your glass (in mm) and enter it into the software so the rotary spins at the correct speed.
  3. Import Design:
    • Import your .xcs file into Studio
    • Rotate the design 90 degrees if necessary (depending on how your rotary is oriented—usually the top of the glass faces left).
  4. Settings (Starting Point):
    • These vary by machine wattage, but here are safe starting points for a 10W Diode:
    • Power: 100%
    • Speed: 50–70 mm/s
    • Lines per cm (LPC): 100–120 (Too high causes heat stress/cracking; too low looks faint).
    • For CO2 (P2): Lower power (15-20%) and higher speed (150+ mm/s) is usually sufficient.
3

Step3

Focusing & Framing

  1. Focus the Laser:
    • Move the laser head over the highest point of the glass curve.
    • Use the kickstand lever (D1/M1) or the auto-measure (P2) to set the focus distance right on top of the glass surface.
  2. Framing:
    • Click "Framing" in XCS.
    • Watch the laser head move and the glass spin.
    • Ensure the design isn't hitting the heavy rim at the bottom or the lip at the top. It should be centered in the clear area.
4

Step4

Engraving & Cleanup

  1. Run the Job: Put on your safety goggles (glass reflects laser beams!) and hit "Start."
  2. Cool Down: Let the glass sit for a minute or two after the job finishes. It will be hot.
  3. Remove Masking:
    • Take the glass to a sink.
    • Use a scouring pad (like a green Scotch-Brite) or a "Magic Eraser" with water to scrub off the paint or galvanizing spray.
    • Note: The paint might look stubborn, but the laser has permanently etched the glass underneath. Once the paint is gone, you will see the frosted white look.
5

Step5

Quality Check

  • Check for "Shards": Run your finger gently over the engraving. If it feels extremely rough or sharp like sandpaper, you may have used too much power or too slow a speed (causing deep fracturing).
  • Solution: lightly sand the engraving with high-grit sandpaper (2000 grit) or steel wool to smooth it out for the customer.
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