Measuring 99 mm in dia and 67 mm high incremental Leine & Linde Model 862 is electrically insulated up to 2.5 kV Standard line counts include 1,000 1,024 2,048 2,500 3,072 4,096 and 5,000 with high-current-HTL and HTL outputs Low-profile encoder... Learn more

Technical paper outlines fundamental revisions undertaken by the company to its incremental linear encoders delivering higher positioning accuracy and higher traversing speed due to improved signal quality; and higher tolerance to contamination... Learn more

Direct drives have secured a lasting market share in many areas of the semiconductor and electronics manufacturing industries and market share is growing in the machine tool industry The benefits of direct drive technology are low wear low... Learn more

When the iTNC 530 was introduced a few years back it was launched as the latest and fastest TNC from Heidenhain ever Since then there have been many changes and enhancements to this product which have taken it from a single control to a full... Learn more

Touch-trigger 3D Model TS 640 carries out repeated setup and inspection procedures utilizing 3 blasting nozzles at bottom of probe Jet stream of air or coolant removes coarse contaminants enabling unattended automated measuring cycles Infrared... Learn more

Touch-trigger 3D Model TS 640 carries out repeated setup and inspection procedures utilizing 3 blasting nozzles at bottom of probe Jet stream of air or coolant removes coarse contaminants enabling unattended automated measuring cycles Infrared... Learn more

Possessing ±1 angular sec accuracy absolute Series RCN utilizes integral bearing and stator coupling for high-precision applications such as rotary tables and swivel heads Because encoder can be designed with one scanning unit on main track (with... Learn more

Incremental photoelectric scanning method employed by Specto renders it stable over long periods of operation eliminating need for calibration Offered in ranges of 12 and 30 mm gauge attains ±1 µm accuracy tolerates plunger velocities up 1.2 m/sec... Learn more