PI’s L-836 stepper motor linear slides

L-836 Stepper Motor Linear Slides, a newly designed motorized linear translation stage family combines high performance, small dimensions, and low cost of ownership. Driven by a robust, direct-drive rotary stepper motor, these compact micro-positioning translation stages are available as in-line design and folded drive train design for reduced overall length.

Due to the efficient, low-friction ball screw and robust, high performance, brushless stepper motor direct drive, the precision linear translation tables achieve relatively high velocity of 40mm/sec and are well suited for automation applications in industry and research. The precision guiding system makes use of low friction, high performance cross roller bearings, capable of handling loads to 150N (33lb). The stage can handle push/pull loads of 75N (16lb).

High resolution, repeatability, high load
When operated in micro-step mode, minimum incremental motion of 0.3 micrometers is achieved. Even higher positioning precision, higher resolution and repeatability is available with optional digital linear encoders, removing backlash and reversal play due to the direct position measuring optical read head.

XY and XYZ multi-axis stage combinations
The L-836 stepper motor linear slides were designed with multi-axis motion applications in mind. The moving table platform can be removed, reducing the profile, and a Y stage can be directly bolted on to provide X-Y linear motion, without the need for additional mounting adapters. When space is limited, as it often is in motorized precision automation applications, the folded motor option reduces length providing a significant advantage.

Ultra-high speed is required
For ultra-high speed applications with extreme accelerations, PI offers industrial long travel linear motor slides such as the V-855 and V-857 compact linear module series with long travel ranges to 1,200mm and very high velocity to 5m/sec.

Application fields
The L-836 family of stepper motor linear slides are designed for use in laser materials processing, test & inspection, electronics manufacturing, optical cable manufacturing, optics assembly, quantum photonics, silicon photonics, advanced manufacturing, and additive manufacturing.