Due to a large order depleting our stock on hand and delays from our supplier, we are temporally suspending sales of some items until we have the needed stock on hand once again.

Once ordered, please allow up to 10 business days processing time prior to shipping. 

These magnetic heated beds are designed for the Jubilee printer. Click here for additional info about PROJECT JUBILEE.

They are milled from 6.35mm cast aluminum alloy tool plate and are designed to meet all specifications of project Jubilee to produce a high quality build platform for the printer..

It features all necessary through holes and mounting points. The edges are chamfered to produce a beautiful finishing touch to this flat heated bed platform. The backside is ready to mount a silicone heater pad.  The bed now includes mounting points for the thermal protection fuse and the screw in thermistor sensor. These are the latest version of the Jubliee magbed.

We now offer two versions of this product to better meet customer requests for a stronger bed and also a budget friendly version. Both our new beds surpass our orginal version in lateral pull force strength.

Our standard version features 20 super high temperature neodymium magnets are recessed into custom milled pockets on the backside of the bed. These magnets provide a combined average lateral pull force of 10 pounds (when tested with the Buildtak FlexPlate). The magnets are good to 150C (302F) and are securely held in place with a specially formulated high temperature adhesive. The high density of magnets allow for greater variety of flex sheet (not included) sizes and print area locations.

Our high strength version features 25 super high temperature neodymium magnets are recessed into custom milled pockets on the backside of the bed.  These magnets provide a combined average lateral pull force of 13 pounds (when tested with the Buildtak FlexPlate). The magnets are good to 150C (302F) and are securely held in place with a specially formulated high temperature adhesive. The high density of magnets allow for greater variety of flex sheet (not included) sizes and print area locations.

There are various resources for flex sheet providers. We have tested and recommend the Buildtak FlexPlate  sold here. Please be aware flex sheets vary widely in magnetic strength due to the different sheet thicknesses and steel alloys used.  In our testing we have seen a reduction in lateral pull force performance of 1/2 to 1/3 pull strength, with Wham Bam and various other, off brand flex sheets.  We have tested our beds with the Buildtak brand and for best performance, we highly recommend, using it with our magnetic beds.

We take great care to provide the highest quality milled aluminum heated beds, but minor tooling marks or superficial surface marks may be present from time to time. We always strive to be sure the build surface is free of defects that will affect printing. To prolong the life of your bed, we urge you to never print directly on the aluminum surface to avoid damaging the bed surface and impact future print quality.   Although we do use tool plate aluminum and stringent quality control, please inspect your bed for defects and levelness prior to installing any accessories onto the bed.  We are not responsible for accessories (heaters, thermistors, wasted filament, etc.). If you feel that there is an issue with your bed please feel free to contact us for assistance.

Please note:

The magnets will likely cause interference with the some inductive probes and with the metal tipped bed leveling probes.  For best results we suggest to use the plastic tipped bed leveling probes and probing in between the magnets. 

WARNINGS:

The magnets used in this bed are very powerful. Please take care to remove all ferrous items in your work area when working with this bed.  The magnets can cause a pinch hazard and can be detrimental to electronics and other sensitive items (cell phones, control boards, credit cards, etc.)  This bed is not designed for items to be stuck to the back (magnet side) of the bed.  We are not responsible for any damages.