The Jinsoku LC-40 breaks away from this standard design as well. that allows those machines to use roller wheels for the motion components. Most machines utilize a T-slot type profile. The Jinsoku LC-40 uses a unique aluminum extrusion for the structure which is different from most machines in the price range. Some of the most visible features are the unique construction of the machine. The Genmitsu Jinsoku LC-40 has a good complement of features. ![]() The LC-40 passed with flying colors this time being only the second machine to do so that I’ve tested! I corrected the issue and re-ran the squareness test. In troubleshooting the issue I discovered the pinched wire. The test reveled that the LC-40 was not square. I discovered this issue when I performed the Neo7CNC squareness test. I did manage to pinch a wire on the joint that connects the left side of the X axis to the left Y axis. The manual had all the instructions I needed to assemble the unit without me having to look it up on the Internet which was nice. You just connect the 4 corners, attach the X axis, and mount the laser head. There was no damage and nothing was missing.Īssembly was very easy, due to all the motion components being fully assembled. The unit arrived extremely well packed in an unbranded, sturdy cardboard box with ample foam packaging. I used similar linear bearings to build one of my first CNC machines. ![]() ![]() This spoke to my DIY CNC background and I was curious to see how well this upper-end part was incorporated into the LC-40. When they mentioned that it used linear bearings for the sliding elements. SainSmart contacted me to see if I was interested in reviewing and providing feedback on their upcoming Genmitsu Jinsoku LC-40 desktop laser engraver.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |