⼤承载⽅台⾯整体平移台-Feinixs

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Product Details

FMSS Big Load Square Table Overall Motorized drive stages

High-precision motor Stages are necessary for every optical laboratory and key components of various high-end equipment. Feinixs developed the customized "linear motor + cross roller guide rail Stages", according to customer requirements to customize different precision types of products, so that customers can optimize the cost. This product has high precision, high bearing capacity and small volume. The grating ruler is available in an absolute encoder version (-HA).

The range of travel：50mm, the limit can be modified to 55mm

Square countertop: Expediency 2D superposition;

High precision G1 or Sp grade cross roller guide: High precision;

Grating ruler resolution is optional: As low as 20nm, with the corresponding excellent mechanical resolution, this series is available in a high-precision version;

the ultra-silent stages：Suitable for laboratory environments and industrial sites with high performance requirements；

Free standard edition SDK：Multiple development languages are supported in the Window or Linux environment；Such as C/C++、C#、Matlab、LabVIEW etc；

The controller：Realize arc interpolation, linear interpolation, position memory to lead into arbitrary-graphics；

Option:Bus control of EtherCAT

The controller：Realize arc interpolation, linear interpolation, position memory to lead into arbitrary-graphics；

Option:Bus control of EtherCAT

APPLICATION FIELDS

Two-Photon Microscopy 、Microscan 、Industrial CT、Laser Target 、Bio 3D Printing 、Medical Beauty

TYPICAL ASSEMBLY

It can be ﬂexibly combined into multi-axis motion system,Contact for more information

ERROR CURVE

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Product parameters

Model	FMSS140C-50	FMSS140C-50H	FMSS140C-50HA	FMSS180C-50	FMSS180C-50H
Travel(mm)	50	50	50	50	50
Load Capacity(Kg)[1]	10	10	10	30	30
Resolution(μm)	0.05	0.01	0.01	0.05	0.01
Min.Incremental Motion(μm)[2]	0.2	0.1	0.1	0.2	0.1
Undirection Repeatability[3]/Guaranteed(μm)[4]	±0.3 or 0.6	±0.2 or 0.4	±0.2 or 0.4	±0.3 or 0.6	±0.2 or 0.4
Undirection Repeatability/Typical(μm)	±0.2 or 0.4	±0.1 or 0.2	±0.1 or 0.2	±0.2 or 0.4	±0.1 or 0.2
Bi-Directional Repeatability/Guaranteed(μm)	±0.6 or 1.2	±0.3 or 0.6	±0.3 or 0.6	±0.6 or 1.2	±0.3 or 0.6
Bi-Directional Repeatability/Typical(μm)	±0.3 or 0.6	±0.1 or 0.2	±0.1 or 0.2	±0.3 or 0.6	±0.1 or 0.2
Accuracy[3]/Guaranteed(μm)	±2 or 4	±1 or 2	±1 or 2	±2 or 4	±1 or 2
Accuracy/Typical(μm)	±1 or 2	±0.5 or 1	±0.5 or 1	±1 or 2	±0.5 or 1
Max.Speed(mm/s)[5]	100	100	100	100	100
Straightness(μm)	10	5	5	10	5
Flatness(μm)	10	5	5	10	5
Yaw(arcsec)	20	10	10	20	10
Pitch(arcsec)	20	10	10	20	10
Continuous Force(N)	17.6	17.6	17.6	47	47
Peak Force(N)	88	88	88	235	235
Weight(kg)	2.1	2.1	2.1	4.1	4.1

Remark：

[1]：The vertical-load of the center under the Horizontal-placement。

[2]：The minimum motion increment is not the same as resolution,It means the minimum amount that a motion system can move in a continuous, stable situation. Generally, The resolution of the system is much smaller than the minimum motion increment. In consideration of the influence of transmission structure and the system error of the encoder, To compared with the linear motor Motorized drive Stages and the stepping motor Motorized drive Stages, The minimum motion increment of the linear motor Motorized drive Stages is more closer to the resolution.

[3]：The accuracy measurement data is the data measured by the laser interferometer when the platform is placed horizontally. The measurement standard reference to GB/T17421-2000

[4]：The difference between typical values and guaranteed values is described in the Technical Guide.

[5]：The maximum speed is typical values , on the basis of the difference of the load and the controller it would be Make a difference.

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