Sichuan Fick Technology Co., Ltd
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FMSXY120-15
Step by step closed-loop control
Product details
Selection Guide for Electric Displacement Platform Naming convention for Feinixs series products Basic concepts of displacement control
FMSXY120-15
(1) Step by step closed-loop control
(2) Ultra thin design
(3) Medium hole illumination (backlight design)
(4) Excellent products for microscope applications

Detailed specification parameters
Product model FMSXY120-15
Travel distance (mm) 15
Load (Kg) 1
Resolution (um) 0.625
Minimum incremental motion (um)【1】 2
Unidirectional repeated positioning accuracy/guaranteed value * (um) ±2.5
Unidirectional repeat positioning accuracy/typical value * (um)
Bidirectional repeat positioning accuracy/guaranteed value * (um) ±5
Bidirectional repeat positioning accuracy/typical value * (um)
Accuracy/Guarantee Value * (um) ±10
Accuracy【2】/Typical value * (um)
Maximum speed (mm/s) 5
Straightness (um) 10
Flatness (um) 10
Yaw deflection (")【3】 20
Pitch pitch (") 20
Continuous thrust (N) \
Peak thrust (N) \
Dimensions (mm) 190x180x36
Table size (mm) 120x120
[1] The minimum motion increment is not equivalent to resolution. It refers to the minimum amount that a motion system can move continuously and stably. Generally speaking, the system resolution is much smaller than the minimum motion increment. Considering the influence of transmission structure and encoder on system error, the minimum motion increment of linear motor displacement platform is closer to the resolution compared to stepper motor displacement platform.
[2] Accuracy and repeatability are easily confused concepts. Generally, using shooting description can easily distinguish between these two concepts.
[3] Only when the parameters such as straightness, parallelism, pitch, and yaw meet the high level requirements, can the accuracy and repeatability of the motion system reach a high level of precision. That is to say, customers generally only need to consider whether the accuracy and repeatability of positioning meet the application requirements in order to choose a satisfactory displacement platform. When customers have higher requirements for platform movement, non axial parameters need to be considered.
*The difference between typical values and guaranteed values can be found in the technical guidelines

Product Features:


The characteristic of a stepper motor is that it adopts open loop control processing, without the need for a sensor or encoder, and the switching current trigger is a pulse signal, without the need for feedback devices for position and speed detection. Therefore, the stepper motor can accurately rotate proportionally with the pulse signal, achieving precise position and speed control and good stability.
G1 grade guide rail from the world's top German brand
Extremely high mechanical processing requirements ensure the stability of basic parameters such as pitch and yaw
standard interface
Build a motion control system like building blocks


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