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Linear motor

The tokk linear motor module has been widely used in many industries due to its characteristics such as high precision, fast speed, smooth operation, simple structure, high integration, standardized serialization, and economic efficiency. Meanwhile, it has won high recognition and favor from the industry. From simple handling and delivery to precision measurement and machining, TOKK linear motor technology can be applied to various machining processes and working scenarios. At the same time, its customizable and flexible combination, high stability, and high cost-effectiveness make it possible to meet the diverse application needs of customers.

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021-5456 1588

product details

Main advantages

● Standardized, cost-effective, and compact mold components

● Flexible and versatile multi-axis combination applications (Z-axis, cross, cantilever, gantry, and other structures)

● Multiple mobile sub-slides with infinitely extended stroke

● High precision (up to sub-micron level) and optional feedback unit

● Easy to customize and flexible design

● Wide application

Disadvantages:

● Higher cost compared to traditional transmission modes

● Relatively complex motion control

Application

3C, semiconductor, new energy, automobile, photovoltaics, LCD panel, and laser machining industry, etc.


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Naming rules

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Product parameters

Linear module TLM85 series

Motor model

TICA40-1

TICA40-2

TICA40-3

Continuous thrust (N)

60

120

180

Peak thrust (N)

173

346

519

Continuous current (A)

3.4

3.4

3.4

Maximum current (A)

10.37

10.37

10.37

Maximum speed*¹ (m/s)

4

Maximum acceleration*¹ (m/s²)

50

Repetitive positioning precision (μm)

Magnetic barrier: ± 3; Grating: Shi 2;

Maximum load*¹ (kg)

50

Module height (mm)

88.5

Stroke*² (mm)

35–1,985 (with an interval of 50)

47–1,997 (with an interval of 50)

10–1,960 (with an interval of 50)


Linear module TLM140 series

Motor model

TICA55-1

TICA55-2

TICA55-3

Continuous thrust (N)

91

182

273

Peak thrust (N)

252

504

756

Continuous current (A)

3.38

3.38

3.38

Maximum current (A)

10.31

10.31

10.31

Maximum speed*¹ (m/s)

5

Maximum acceleration*¹ (m/s²)

50

Repetitive positioning precision (μm)

Magnetic barrier: ± 3; Grating: ± 2;

Maximum load*¹ (kg)

100

Module height (mm)

78.5

Stroke*² (mm)

 35~1985(50 spacing)

47~1997(50 spacing)

10~1960(50 spacing)


Linear module TLM170 series

Motor model

TICA75-1

TICA75-2

TICA75-3

Continuous thrust (N)

138

276

414

Peak thrust (N)

371

742

1113

Continuous current (A)

3.23

3.23

3.23

Maximum current (A)

10.31

10.31

10.31

Maximum speed*¹ (m/s)

5

Maximum acceleration*¹ (m/s²)

50

Repetitive positioning precision (μm)

Magnetic barrier: ± 3; Grating: ± 2;

Maximum load*¹ (kg)

160

Module height (mm)

90.5

Stroke*² (mm)

35~1985(50 spacing)

47~1997(50 spacing)

10~1960(50 spacing)

*¹ The maximum acceleration, maximum speed, and maximum load are reference values, which need to be comprehensively evaluated based on motion planning in practice. If any actual parameters are greater than the reference values, please contact the manufacturer for evaluation.

*² For more information about stroke, please contact the manufacturer.

Interior structure

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Technical comparison

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Differences in screw [end machining]

Many customers focus their attention on screw brands. In fact, the products manufactured may be unqualified if machining is not controlled in a precise manner even though high-quality materials are available!

Moreover, many module factories themselves do not involve in end machining of screws, because of which the quality cannot be guaranteed, let alone the problem on fitting of nuts and balls!

The precision validation before screw machining, control of deformation during machining, rebound deformation after machining, and the repeatability precision after module installation are all indispensable!


Linear motor case sharing - XYZR platform

Highlight 1: The XYZR four-axis motion control platform is suitable for common scenarios such as die cutting, testing, fitting, and alignment assembly, with a linear motion precision of 1 micrometer and a rotational motion precision of 0.001 degrees. It is significantly superior to SCARA in terms of overall speed, precision, and cost.

Highlight 2: Compared with competitive products, front locking and installation can be completed in a more convenient manner without dismantling the steel strip.


Applicable industries

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Our advantages

Our strengths Linear motor.jpg

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