maker select v2 glass bed 3d models

Those looking to craft their own glass or mirror bed from scratch will find a comprehensive guide here.

Glass clips are designed to secure the Anet bed, featuring a 4mm thickness that ensures stability and durability.

Low profile clip to keep your glass bed in place. ...Use some paper to get a tight fit.

It's best to create prints from a flexible material that ranges between 15% to 25%. ...This is a remix, where I've split the cup and lid into separate files. To achieve this, I made the glass container even deeper.

... to print this item using flexible materials with a flexibility percentage of 15-25%. The current design is actually a remix, where the cup and cover have been separated into two distinct files, resulting in a glass that's notably deeper than before.

... by sliding business cards under the extruder. ...This test print hits all areas of the print bed, allowing me to see exactly where I've leveled it and how well the first layer will adhere. ...Typically, I cancel after just 2 or 3 layers are printed.

... Bed Mount fixed.stl. This remix of https://www.thingiverse.com/thing:2267182 has eliminated the small lip that hindered printing on a flat bed. ...Additionally, we've filled part of the hole under the GoPro-style mount to fortify the entire design.

... millimeters on all sides. Considering the space taken up by binder clips and the skirt, it's clear that usable print area is actually limited to 100 millimeters by 100 millimeters. This test print will hopefully help you fine-tune your bed leveling.

... ...To fit Wanhao duplicator i3 with a 200mm x 213mm x 3mm glass bed that measures exactly 3 millimeters thick, ensure the opening of the clip is 6.5 millimeters wide to accommodate half a millimeter of silicone heat transfer pad between bed and glass.

... a modified and cleaned up rear rail. I am going to print these pieces today. Any helpful feedback is appreciated. Update: decided to use PLA - these components won't be near the hot end and the bed won't get hotter than 110c, so it should be okay.

I started by lowering the bed, zeroed out my machine, and slowly raised the bottom nut while re-tightening the knockoff spring. If it wasn't close enough, I loosened the knockoff spring, turned the bottom nut a bit, and re-tightened it. ...Ideally,...

Print Settings: Printer: Maker Select 3D v2 Rafts: No Supports: No Resolution: .16mm Infill: 35% Notes: I recommend printing with three perimeters and a 1.2mm wall thickness for optimal results. Post-Printing: Required extras include a 1/4" mini...

It is intentionally spaced to accommodate glass that is 6mm thick, but my own project uses a combination of 4mm glass and 2mm standoffs due to its heated bed, which is wider by 16mm than the glass bed, providing an 8mm margin on either side for...

The bed measures 214mm x 214mm, while the glass is a precise 213mm x 200mm x 3mm in size. The brackets offer some flexibility to accommodate larger glass plates. Ideally, they should fit snugly around the glass to prevent any movement during...

I created a modified version of the Wanhao Dial Gauge Holder, originally designed by 1bigpig. After printing the file, I attempted to fit my Mitutoyo Dial Indicator into it, but unfortunately, this resulted in breaking the holder. In an effort to...

The second layer was added with a deliberate offset to guarantee a firmer hold on the filament, yet the threading process remains possible even when filament is already in place.

I have some spools with holes that are significantly smaller than usual, making them incompatible with standard equipment. This adapter allows me to work with these spools by expanding their diameter and accommodating them properly. ...The quick...

I've got my spool situated conveniently across from the printer, which means the initial alignment won't be feasible. After some trial and error, I managed to whip up an alternative configuration with the slot positioned on the opposite side. ...It's a...

I adored this extension concept initially, however, I soon realized that it wouldn't accommodate my newly acquired 300mm x 300mm bed, so I made some adjustments accordingly. To make the necessary modifications, I primarily needed to create channels...

So there you are, justly proud of your hot-end replacement only to notice that the bed level sensor is just a few short millimeters off-the-mark...Tempted to simply re-adjust the print nozzle, you realize that adding gaps in the plummimbing is...

Low profile clip to keep your glass bed in place. Use some paper to get a tight fit. ... Category: 3D Printer Accessories

Some corners for a heated bed are needed to keep the glass securely in position. ...It might be worth adding grips in the future for extra stability.

Corner clamp to hold 230 x 230 x 3mm glass onto a 235mm print bed. You'll only require 2 of these. ...See attached pictures.

Low profile clip to keep your glass bed in place. Use some paper to get a tight fit. ... Category: 3D Printer Accessories

This is a revised version of nikki81's glass bed clip designed specifically for printers that rely on a central point for three-point leveling.

... bigger glass beds without encountering issues. **Glass Bed Details** * Size: 6 x 9 inches * Material: Tempered Glass **Printing Settings** * Printer: QIDI Tech I * Rafts: No * Supports: Yes * Notes: ABS is recommended for users with a heated bed.

Glass bed clip for the ender 3 S1 PRO. ...These are designed to fit a standard glass bed over the top of a mag sheet. ...BE SURE TO CLEAR THE CLIPS OF THE HOT END AND AUTO LEVELER, it will collide if not placed correctly!!!

... gMax 1.5 XT +. ... The stock supports allowed movement of the heated glass build plate. This support allows adjustment of bed level and holds the glass firmly with 8 m4 cap screws and lock nuts. ... M5 screws can be used if no adjustment is needed.

The printer lacked a suitable way to secure the glass to the heated bed, so I created this custom bracket to fill that gap. The bracket features a precise M3 screw hole size, ensuring a snug fit for the cap screw. ...To complete the assembly, you will...