Frame with supports to place at angle and hollowed model optimized for 3D Printing and easy to print. It also stay up straight and flat.
Perfect gift for a special day.
Scale at your needs, i recommend the maximum size your printer supports, the bigger the better it looks.

Buy link: https://www.ebay.co.uk/itm/183690338124

Variants:

• Hollow: Hollow model with no infill nor tops, it spare some grams but is less robust and more flexible, perfect for fix on wall, But no problem for other uses.
• Solid: Inside model is hollow, it only have the top layers, so you need bridging. More robust and less flexible.
• Modular: Allow print letters and heart separately, perfect for color print the heart. It also allow you to print bigger if you want.
  NOTE: Don't mix modular hearts with other frames or languages, each frame have it own heart due lateral supports to insert into letters, please choose with care.

Steps:

1. Choose one variant to print
2. Choose the photo and use our template
3. Scale it to fit inside the heart, move the hearts to the desired position
4. Cut the photo, don't need a perfect cut-line, the heart have a border to hide that line
5. Glue photo to the border OR print one PhotoHolder for a glueless fixture
6. (Optional hint) Paint the heart with acrylic tint, red for example, your guess.

Wall fixing: To fix on a wall you need to break the supports and make it flat, or just cut them in slicer. You can use nails, screws or other things at wall to support the frame. Use L and E as placeholder. When using solid version just drill the layer, but do it with care.

Changelog:

19/02/2019: Added AMOR (PT language to Love) frame. Fix modular frame to have infill. Increase modular tolerance to insert heart into slots. Lower support counterweight height to 3mm.

17/02/2019: Added modular frame, template, better photo holder.

16/02/2019: Photo cuttoff decreased, better ratio.

15/02/2019: Thicker and bigger font. Added Solid (Need bridges) and Hollow model.

13/02/2019: Upper supports, add counterweight and increase angle due lack of weight to hold the frame.