Rotary table machines - Import export

The Chick Indexer Sub System (ISS) combines the productivity and versatility of the Multi-Lok with a 4th axis rotary table The Chick Indexer Sub System (ISS) combines the productivity and versatility of the Multi-Lok with a 4th axis rotary table thereby converting a vertical machining centre to work like a horizontal providing: Obtain the benefits of a horizontal CNC machine on a vertical CNC machine, by using CHICK’s Indexer Subsystem (ISS). Utilize the indexer you have and marry it to one of CHICK’s Multi-Loks. The ISS gives you the ability to machine on mulitple part sides with only one clamping, thereby decreasing the cycle time and increasing accuracy of your part. Obtain the benefits of a horizontal CNC machine on a vertical CNC machine, by using CHICK’s Indexer Subsystem (ISS). Utilize the indexer you have and marry it to one of CHICK’s Multi-Loks. The ISS gives you the ability to machine on mulitple part sides with only one clamping, thereby decreasing

Greatly expand the capability of your EDM machine Stainless steel construction Sealed and fully submersible Light weight and compact The DM series of rotary tables are completely waterproof and are designed for EDM applications. They are built from stainless steel and can be completely submerged. The DME100 table has an a Fanuc absolute encoder to improve precision and is only available as a 4th axis. The DM100 is available with a Kitagawa controller or with a suitable motor to interface with a machine that has already been prepared for an additional rotary axis. Both rotary tables are compact and high precision and will greatly expand the capability of a spark or wire erosion machine. These rotary tables are available with specially designed submersible chucks and tailstocks. RAV specification comes with an external controller that functions off a spare M-Code; used for machines that do not have 4th axis preperation.

High clamping torque, high accuracy and high rigidity, Kitagawa NC Rotary Tables feature proven technology. The use of rotary tables allows the benefits of one-hit machining to be exploited to the full. Through this process, most - if not all - metal cutting requirements are undertaken by a single machining centre, irrespective of component complexity. The advantages of such a technique are clear. They include: only one machine set-up; one fixturing set-up; cost and time savings associated with reduced parts handling; and the elimination of tolerance errors accumulated as workpieces are moved from machine to machine.