Metirio Readhead Smaract Metirio® is a high precision optical encoder designed and manufactured for closed loop nanopositioning to achieve maximum miniaturisation, high resolution and speed. Meet metirio ®, the world’s tiniest optical encoder delivering 0.4 nm resolution at 20 mm s in a 6.6 × 5.1 × 1.7 mm package — optics free. its vacuum and high t rated design slashes elusive defects in high volume photonics fabrication.
Metirio Readhead Smaract Metirio® is available as oem component or as stand alone optical encoder with diverse mounting options and various scales. due to its low outgassing materials, low power consumption and high operating temperature range, metirio® encoders are suitable for various environments and applications. It is designed to read incremental scales as well as reference marks. the compact metirio readhead is a very small flip chip package similar to the son standard with soldering pads on the bottom side. the metirio encoder combines several advantages. The metirio® a1 is designed for plug and play applications with a d sub 15 male connector, offering differential analog signals and i2c interface pins. its teflon cable supports vacuum applications, while the small static bending radius allows use in confined spaces. Find out all of the information about the smaract gmbh product: optical encoder disc metirio® a1. contact a supplier or the parent company directly to get a quote or to find out a price or your closest point of sale.
Metirio Readhead Smaract The metirio® a1 is designed for plug and play applications with a d sub 15 male connector, offering differential analog signals and i2c interface pins. its teflon cable supports vacuum applications, while the small static bending radius allows use in confined spaces. Find out all of the information about the smaract gmbh product: optical encoder disc metirio® a1. contact a supplier or the parent company directly to get a quote or to find out a price or your closest point of sale. The metirio ® — d1 optical encoder delivers subnanometer position feedback and an exceptionally small form factor in an easy to integrate package. Below you will find brief information for metirio readhead, metirio a1, metirio a1 uhv variant. this user manual guides you through the safe installation and operation of the smaract metirio encoder, a reflective optical encoder designed for precise linear and rotary displacement measurements. The metirio encoder represents a significant leap forward in encoder technology. using the latest optical sensor technology, it offers remarkable resolution and precision while being ultra compact. the metirio enables precise position control in a wide range of motion control systems. Designed by professionals for professionals, this high precision analog encoder is a stand alone optical solution for your measurement needs. the use of low outgassing materials, minimal power consumption, and a wide operating temperature range make metirio encoders adaptable to diverse environments and a wide range of applications.
Metirio Readhead Smaract The metirio ® — d1 optical encoder delivers subnanometer position feedback and an exceptionally small form factor in an easy to integrate package. Below you will find brief information for metirio readhead, metirio a1, metirio a1 uhv variant. this user manual guides you through the safe installation and operation of the smaract metirio encoder, a reflective optical encoder designed for precise linear and rotary displacement measurements. The metirio encoder represents a significant leap forward in encoder technology. using the latest optical sensor technology, it offers remarkable resolution and precision while being ultra compact. the metirio enables precise position control in a wide range of motion control systems. Designed by professionals for professionals, this high precision analog encoder is a stand alone optical solution for your measurement needs. the use of low outgassing materials, minimal power consumption, and a wide operating temperature range make metirio encoders adaptable to diverse environments and a wide range of applications.
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