SERIES 5 - Slot 6mm - CUT TO MEASURE Structural profiles - anodized extruded aluminum profiles

We confirm that section 4040 series 5 has two 6mm slots on each side if you select the following combination: https://www.dhm-online.com/series-5-slots-6/3849-235265-series-5-slots-6mm-section-structural-profiles-in-aluminum-extruded-anodized.html#/477-slots-slots_on_4_lots/486-series_structural_profile_slots-6mm-section_5-40x40

We have made the threaded ends option available; immediately after entering the length measurement you will find a box to check to receive profiles with M5 threaded ends (all specifications can be found in the information caption by hovering the mouse over the letter "i").

For corner connections, no 2-way or 3-way connectors are currently available for this series. You may possibly use cover caps (https://www.dhm-online.com/series-5-cava-6/1020-cap-2020-mm-per-profile-series-5-polyamide-black-pieces-5.html) and connect the profiles by means of angle brackets (https://www.dhm-online.com/series-5-cava-6/986-staff-2028-with-wings-90-for-profile-series-5-2020.html).

They are all natural aluminum color profiles. They are clear anodized, so the effect is "light gray."

The +/- 0.5mm tolerance is meant on each individual size entered into the system and then ordered, as this is a possible initial error in machine positioning. It is not a +/- 0.5mm error that can be accumulated on every part cut of the same size, as once set to a specific size the parts all come out identical with virtually zero error (we are in the range of +/-0.1mm for parts of the same size cut sequentially).

In the case of a 3D printer frame, particularly that of a Voron, where there are two structural profile measurements (the 8 perimeters and the 4 columns at the corners) there will be a maximum error of +/-0.2mm (between two elements of the same theoretical length). This tolerance on the cut will not interfere with the general sliding system and operation of the machine as it will not affect more than the operator himself when assembling and squaring the frame.