ITI Tooling Co. Inc
174 Boardwalk Drive
Ridgeland , SC 29936 US
A Message from ITI Tooling Co. Inc
As Seen In Modern Machine Shop
Tool-Changing Electrospindle Makes Every Second Count
In addition to offering all the advantages manufacturers have come to expect from an electrospindle, this design incorporates a multistation carrier to reduce tool-change time on custom machinery and robots.
Rotary Tables for High Speed Machining
The TDE-T series of rotary tables from LCM is designed to complement milling, drilling, boring, grinding and multitasking machines.
Rapid Change Tooling
ITI Tooling says its Rapid Change tooling system offers a fast and safe way to exchange tools on CNC lathes. Swappable heads, static or driven, can be exchanged in as little as 7 sec, which reduces setup and tool-change times. The company’s cam-lock device allows users to release or secure swappable heads with a half-turn of an Allen wrench.
High Performance Live Tooling For BMT Turret
ITI Tooling's Mori Seiki tool spindles have been developed specifically to complement the high speed; high torque tool turrets used on many of the NL, NT, NZ and DuraTurn series machines. These turrets use a high performance tool drive and transmission that is driven by an integral direct drive motor with minimal h
Live Tool Spindle Units Feature Universal-Drive Shaft Construction
ITI Tooling expands its range of Sauter “No Compromise” live tool spindle units for Mori Seiki, CNC lathes and mill/turn machines. Mori Seiki tool spindles are developed to complement the high speed, high-torque tool turrets used on many of the NL, NT, NZ and DuraTurn series machines. These turrets use a high-perfo
Having a bar feeder on one side and a parts carrousel on the other side ensures that a turn-mill machine will achieve maximum productivity, whether the workpieces are mostly milled or mostly turned. In general, smaller parts are machined from bar stock, even if only milling operations are involved. Larger parts are loaded an unloaded by a transfer device fed by the carrousel.