EleksMill: Difference between revisions
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|machine name=EleksMill | |machine name=EleksMill | ||
|image=EleksMill.jpg | |image=EleksMill.jpg | ||
|german=CNC-Fräse | |||
|synonyms=DE: CNC-Fräse | |synonyms=DE: CNC-Fräse | ||
|type=CNC Router | |type=CNC Router | ||
|material=just [[foam]] for now | |material=just [[foam]] for now | ||
|location=[[Location:: | |location=[[Location::3D Printing Area]] | ||
|status=working out initial problems | |status=working out initial problems | ||
|firmware= | |firmware= | ||
|software=[[CAD]]/[[CAM]] software (e.g. [[Fusion 360]]); [[G-Code Senders|G-code sender]] | |assetid=26|software=[[CAD]]/[[CAM]] software (e.g. [[Fusion 360]]); [[G-Code Senders|G-code sender]] | ||
|manual= | |manual= | ||
|used with=1/8" [[endmills]] | |used with=1/8" [[endmills]] | ||
Latest revision as of 22:18, 9 July 2024
EleksMill
| MachineInfoBox EleksMill | |
|---|---|
| |
| Synonyms: | DE: CNC-Fräse |
| Type: | CNC Router |
| Material: | just foam for now |
| Used with: | 1/8" endmills |
| Location: | 3D Printing Area |
| Access Requirements: | CNC Router Introduction |
| Status: | Working |
| Software: | CAD/CAM software (e.g. Fusion 360); G-code sender |
| Tutors: | NitramLegov Pakue Johannes Luzian Leo |
| Similar (More or Less): | CNC router |
Mitja brought his "EleksMill" CNC router into our Space - it's small, but great for learning the basics of CNC Routing/routing as it shares the same workflow as the large WorkBee.
routing a piece of styrofoam
Important Facts
- 130 × 90 × 40 mm working range (less Z freedom depending on the length of your endmill!)
- there are no endstops
- manually home the mill before a job
- you should use the (X/Y center, Z surface) as your origin
- make sure the size of your part does not exceed the working range!
- motor speed: ???
- compatible shaft diameter: 1/8" (3.175 mm)
- controlled like the CNC router (Fusion 360 or similar CAD/CAM software; G-code sender)
- connection via USB - bring your own laptop!
Workholding
The mill has a 150 × 98 mm bed containing of 4 T-slots. clamping claws or similar workholders can be attached to it using M5 screws.
The current solution is not ideal, but many the workholding options for our larger CNC router should also be suitable if scaled down.
TO DO
- figure out motor speed to calculate proper feedrates
- what else?
Past Issues
- screws/nuts used to come loose due to vibrations
- fixed with loctite or counternuts (where possible)
- Z axis used to be too hard to turn => mill drifted deeper and deeper into the workpiece as upwards movements failed but downward movements were still possible
- was caused by a faulty spring
