MESHOPIAScale modelling & RC7 modelos etiquetados
A small adapter for mounting the CR Touch probe to a Qidi X-CF printer. The author reports this was printed with Nylon CF. The author states you need to cut a slot in the side of the cover to make room for the probe. It is recommended to use threaded inserts for 3D prints to make it work. The CR Touch is described as plug and play.
A mount for the CR Touch, designed for the BiQu H2 Ender 5 Plus BlowThrough by JLCURTIS.
A center mount for the Manta MK2 Ender V1/V2 system to allow the CR Touch to be used as the sensor instead of the BLTouch. When making the bracket, the author suggests using PETG, ABS, or a material stronger than PLA. If using a high-temperature setup, the author recommends using a material that can withstand high temperatures. Installation instructions: Use the spacer to adjust the CR Touch at approximately 3mm above the nozzle (the author notes the spacer is the same one used to adjust the fans). When installing, use washers and screws through the CR Touch and bracket, followed by a washer and then a nut. The author notes that you can use the 2mm side of the spacer or even flush the CR Touch to the bed, though the author does not recommend using the bracket that way; spacing it 3mm above the nozzle is described as the best option to avoid crashes or unusual Z-offset spacing. The author's reported X/Y Offset: X= -1.8, Y= -37.5. Print Settings: - Layer height: 2.0 or 1.6 (author prefers 1.6) - Infill: 100% - Speed: 40mm/s for ABS and PETG Files: manta crtouch v3.stl, CE3_manta crtouch v3.3mf
An Ender-2 design inspired by Satsana featuring a CR-Touch mount and a 5015 fan duct. The author states it is designed to be printed without needing supports and should allow for full travel of the bed without mods. The author reports CR-Touch to nozzle offsets of {-46, -23.5, 0}. Two versions are provided: one for a stock nozzle and one for a nozzle that is 3mm longer due to the use of a slightly longer heatbreak. Design notes from the author include: smaller gaps on the bottom of the heatsink to prevent unwanted airflow from the heatsink fan (noted as better for PETG/ABS printing); air gaps on the side angled upward to direct heatsink airflow away from the part; a larger area between the heatsink and wires to allow for printing without a brim; and a larger gap between the heatblock and air ducts to prevent melting at higher temperatures.
An adjustable mount for the CR Touch designed to achieve a zero offset. The author notes that previous zero-offset mounts were inaccurate due to printer inaccuracy. This design is intended to avoid the need to continually remove the extruder from the carriage. Assembly requires four M3 screws and four M3 hex nuts, in addition to the two original screws. The author recommends using two washers under the adjustable section of the arm to ensure it holds more evenly. As a guide for lining up the CR Touch, the author suggests printing a small circle in the center of the bed (which can be created in Cura by importing and resizing a cylinder). Files: - S1 CR Touch Zero Offset Mount.stl - S1 CR Touch Zero Offset Arm.stl
A reinforced mount for the CR touch zero Y offset on the Ender S1. The author reports it is reinforced with solid bracing and includes additional chamfers on the CR mount and the bracket to the extruder.
A mount for the CR Touch sensor. Printing instructions: infill 20%, infill pattern: Triangles, no supports.