The New Dual table CNC by Milltronics

“Keep your CNC operator busy every moment”. Based in this concept Milltronics Manufacturing Company has increased up production on its newly designed Dual or Twin Table TT Series machining centers to meet the increasing customer demands.
This unique CNC machine design offers two separate work tables that shuttle outside the working area for convenient part loading while the opposite work table is inside the machining enclosure cutting parts. Finished the machining operation, the individual work tables shuttle the completed parts out and the next table enters the work area for machining, creating a non-stop machining cycle.
The rigid cast iron bridge design of the TT24 and TT40 CNC machines utilizes a single set of linear ball or roller ways with independent ball screws and axes motors for table control providing superior accuracy and cutting performance. Enhancement of the TT's cutting performance is provided through an Inline spindle, available standard at 10,000 RPM or optional 15,000 RPM. With 1600 IPM rapid traverse rates on the TT24 and TT40, high RPMs, high speed double arm ATC on the TT24 and TT40, plus the elimination of spindle down time for part loading typical of conventional machining centers, the TT CNC Series raises a new meaning to Lean Manufacturing.
These machines are available in three sizes, the TT24 with a 24" square work envelope, the TT40 with a 40" square work envelope, and the TT60 with twin 60x80" tables, the TT Series machines deliver a new level of cost effective machining to small and large shops alike.
These are some TT24’s characteristics or features according to Milltronics:
-Fully integrated twin pallet machine with a unique design requiring no pallet removal
-Conversational programming with Milltronics CNC control
-Inline spindle design – 24 HP standard with 35 HP option
-Reduced cycle times due to no part loading time
-100% cast iron design with 10,000 lb machine weight
-1600 ipm rapids
-24 pocket tool changer standard
-Large memories for part storage and execution
-Ground ball screw construction
True encoder positioning feedback
-Graphic program verification
-No leaning into the machine!
-No doors to open and close!
-No time lost changing parts!
-Accurate time management
-Superior chip and coolant control
-Designed and built by American craftsmen.

Wood Working

Though working with metals was the big gate at first for the new CNC technology lately, the CNC machines has been taking a real place not only in production of industrial mechanical parts but even carving complex fine art parts in different materials such plastics, glass, wood, etc. This picture is a clear and simple example of how a machine (CNC router) following a CAD software has produced an artistic work in wood carving the wheels inclusive.

Multi-axis Machine for Mass Production

It's called "The Pinnacle of Mass-Production". Up to 3 turrets can be installed, all of them Built-in Motor Turret (BMT™). By placing the motor inside the turret, heat generation and vibration are reduced to a minimum and transmission efficiency is improved. Cutting performance, speed and precision are also increased. The previous model worked with a transmission structure with many heat-generating parts such as gears and belts, which affect machining accuracy, but the new nz series tourret works with a built-in motor, there is no transmission structure. The sources of heat are reduced, and the motor is also surrounded by a cooling jacket.

The new NZ Series of cnc multi-axis machines offers not only turning, but also excellent milling with the Y-axis. With the longest Y-axis stroke in its class, it achieves high-precision, high-efficiency machining.

Mori Seiki's original technology, the Octagonal Ram Construction (ORC™), is a fundamental improvement on the weaknesses of conventional moving structures. With the symmetry of an octagonal shape, thermal displacement is controlled and stable straightness is ensured even at high speeds. It offers stable, high-precision machining.

The cnc's engeniers had achieved both high flexural rigidity and a light body by making repeated use of the most advanced analytical techniques. They've used Finite Element Method (FEM) analysis to simulate the structure's deformation under load. By making fine adjustments to every detail, from the thickness of the bed to the shape and arrangement of the ribs, they achieved high fl exural rigidity. At the same time, we managed to make the body light.
From Moriseiki's official website.
http://www.moriseiki.co.jp