Multi-Clock Banner | UV Printed and Laser Cut

Introduction: Multi-Clock Banner | UV Printed and Laser Cut

About: Trotec Laser Canada provides laser engraving and laser cutting machines for processing a wide variety of materials. Cut, engrave and mark wood, paper, metal, acrylic, leather, stone, plastics and many more. ...

This week we will show you how to make this incredible Around the World Clock Display with the help of our laser machine and a UV printer.

Materials Used:
- TroGlass Clear cast acrylic - 6mm

- TroGlass Colour Gloss translucent cast acrylic - 3mm (Red and Fuchsia)

- TroGlass Colour Gloss satin cast acrylic - 3mm (Black)

- Digital Print Series (DPS) UV printable laminates - 1/16" (Radiant Gold, Metallic Silver, White)

Artwork Files Attached.

Step 1: Cutting the Acrylic

The first step is making the display for the clocks to be mounted on. In order to know where to place the clocks and the acrylic letters, we use the laser machine to make a kiss cut. The kiss cut was made with the SP 500 200W CO2 laser with 20 power and 3 speed.

Once the kiss cut completed, we've used a full cut withthe laser machine to cut the acrylic where the clocks will be placed. This cut was also made with the SP500 200W CO2 laser with 100 power and 1.2 speed.

Step 2: Cutting the Acrylic Letters

To decorate the sign, we used our TroGlass Colour Gloss cast acrylic with adhesive backing. We cut the letters using our SP 500 200W CO2 with 100 power and 1.5 speed.

Step 3: Placing the Acrylic Letters

After cutting the acrylic letters, we removed the 3M adhesive backing and place the letters on top of the kiss cut on the 6mm clear cast acrylic.

Step 4: UV Printing the Clocks

We picked 5 cities around the world and used our Mutoh 426-UF UV Digital Printer to print these cities' landscapes on our Digital Print Series material. We've printed as CMYK without W (White) underneath each colour. The reason being it gives a see-through look, which is what we wanted given that the sheets were metallic-looking.

Step 5: Engraving and Cutting the Clocks

Using the Speedy 360, we engraved the clocks using 80 power, 100 speed and an offset of 0.1. Then, the clocks were cut out using 100 power and 1.4 speed.

Step 6: Making the Clock

Once the clocks were finished, we went to a local arts and craft store and added a clock kit. Once the clock kit is installed, we cut the 3M adhesive (with a box-cutter knife) around the battery pack and stick the clock onto the main part of the board (where the kiss-cut was made)

Be the First to Share


    • Pocket-Sized Speed Challenge

      Pocket-Sized Speed Challenge
    • Metalworking Contest

      Metalworking Contest
    • Maps Challenge

      Maps Challenge