SESAME Series CNC router is constructed with heavy-duty thickened bed made from welded 200*300mm square tube, side hanging structure, cast iron column and 150*200mm gantry. Be equipped with CNC machining center finishing precision aviation aluminum head parts.

>>>5*10ft working size
>>>10 pcs linear tool changer (Pneumatic tool change, it takes only 6s.)
>>>Weihong NK280B, support ATC and 4th rotary axis.
>>>Bakelite plate vacuum and aluminum clamping bed, with 10 adsorption zone, could be independent control to achieve adsorb and clamp.
>>>Side rotary axis structure can be split, processing 3D materials.
>>>1.5M grinding grade helical rack, high precision linear guide.
>>>Ac servo motor drive, Japan SHIMPO reducer.
>>>Independent vertical control cabinet, can place an industrial computer or personal monitor.
>>>Industrial welding machine bed, precision milling by machining center, professional strengthening rib structure to ensure bearing capacity, stability, rigidity, and geometric accuracy.

The UTECH team has tested and implemented many loading and unloading solutions, such as 2/3 machines to pack a same wooden box; a 20GP container to package 6 sets SESAME 1325, a 40HQ container to package 20 sets SESAME 1325, etc.

The UTECH team has tested and implemented many loading and unloading solutions, such as 2/3 machines to pack a same wooden box; a 20GP container to package 6 sets SESAME 1325, a 40HQ container to package 20 sets SESAME 1325, etc.

The UTECH team has tested and implemented many loading and unloading solutions, such as 2/3 machines to pack a same wooden box; a 20GP container to package 6 sets SESAME 1325, a 40HQ container to package 20 sets SESAME 1325, etc.

In simplest terms, plasma cutting is a process that uses a high velocity jet of ionized gas that is delivered from a constricting orifice. The high velocity ionized gas, that is, the plasma, conducts electricity from the torch of the plasma cutter to the work piece. The plasma heats the workpiece, melting the material. The high velocity stream of ionized gas mechanically blows the molten metal away, severing the material.