Linear Motion/Screw Driven Modules/

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Guide Rail Embedded Linear Modules or Guide Rail Built-in Linear Modules by screw drives in our series are in aluminum materials, all series are dust proof and water proof for bad environments in diverse application ranges. You are welcome to  https://www.youtube.com/@tallmanrobotics to watch our video centre for more projects or news, or visit our website load down e-catalogues for further technical data.
Guide Rail Built-in Screw drive Linear Modules(Guide Rail Embedded Linear Modules) has following series in that, Base plate, sliding seat, support seat, and cover plate are all in Aluminum profiles.
Guide Rail Embedded Linear Modules have unique features as follows:
1. Rigid strengthening body: The body and sliding seat are integrated into steel to improve the poor rigidity of the original aluminum sliding seat.
2. Smaller compact size: The width is reduced to make the space required for equipment installation smaller.
3. Contour straightness: After the track is embedded in the body, it is ground, and the straightness of walking can reach 0.03mm
4. Time saving and convenient assembly
It can be fixed from top to bottom or from bottom to top without removing the steel belt.
The installation datum bearing is added on the side of the body. The bottom of the body is provided with a locating pin hole.
5. Simple maintenance:The whole series can be externally oiled without removing the cover.
6. Not prone to dust, it has dust proof and water proof function: Special steel belt structure design can reduce dust

 

Guide Rail Embedded Linear Modules

Guide Rail Embedded Linear Modules

Guide Rail Embedded Linear Modules

Model No Body Width

(mm)

Max Payload

(kgs)

Max Stroke

(mm)

Repeatability

(mm)

Drive Motor Power

(W)

Application

Environment

TMTH5 54 30 800 ±0.01/±0.005 screw 100/200/400 Clean environment
TMTH8 82 50 1050 ±0.01/±0.005 screw 100/200/400 Clean environment
TMTH12 120 110 1250 ±0.01/±0.005 screw 200/400/750 Clean environment

 

Model No Motor

Power(W)

Body

Width

(mm)

Repeat

ability

(mm)

Ball Screw Rod (C7) Max Load (kgs) Stroke (mm) at

Max speed (mm/s)

 Speed (mm/s) at

Max stroke (mm)

Rated

Thrust

Out dia (mm) Lead (mm) Horizontal Vertical
 

 

 

 

 

TMTH5

 

 

 

 

100W

 

 

 

 

 

 

 

54

 

 

 

 

 

 

 

±0.01

±0.005

 

 

 

 

 

 

 

12

 

2 23 10 600mm at 100mm/S 60mm/S at 800mm 854
5 30 10 600mm at 250mm/S  150mm/S at 800mm 341
10 15 5 600mm at 500mm/S  300mm/S at 800mm 170
20 10 2.5 600mm at 1000mm/S  600mm/S at 800mm 85
 

200W

 

2 30 10 600mm at 100mm/S 60mm/S at 800mm 170
5 30 10 600mm at 250mm/S  150mm/S at 800mm 682
10 28 8 600mm at 500mm/S  300mm/S at 800mm 340
20 15 5 600mm at 1000mm/S  600mm/S at 800mm 170
 

400W

2 30 10 600mm at 100mm/S 60mm/S at 800mm 3389
5 30 10 600mm at 250mm/S  150mm/S at 800mm 1353
10 30 10 600mm at 500mm/S  300mm/S at 800mm 674
20 22 8 600mm at 1000mm/S  600mm/S at 800mm 337
 

 

 

 

 

TMTH8

 

 

 

 

100W

 

 

 

 

 

 

82

 

 

 

 

 

 

 

±0.01

±0.005

 

 

 

 

 

 

 

16

 

5 30 10 750mm at 250mm/S  75mm/S at 1100mm 341
10 15 5 750mm at 500mm/S 150mm/S at 1100mm 170
20 10 2.5 750mm at 1000mm/S  300mm/S at 1100mm 85
 

200W

 

5 50 15 750mm at 250mm/S  75mm/S at 1100mm 682
10 30 8 750mm at 500mm/S 150mm/S at 1100mm 340
20 18 3 750mm at 1000mm/S  300mm/S at 1100mm 170
 

400W

5 50 15 750mm at 250mm/S  75mm/S at 1100mm 1353
10 40 12 750mm at 500mm/S 150mm/S at 1100mm 674
20 22 5 750mm at 1000mm/S  300mm/S at 1100mm 337
 

 

 

 

 

TMTH12

 

 

 

 

200W

 

 

 

 

 

 

 

120

 

 

 

 

 

 

 

±0.1

±0.005

 

 

 

 

 

 

 

16

 

5 95 27 800mm at 250mm/S 117mm/S at 1250mm 683
10 70 18 800mm at 500mm/S 233mm/S at 1250mm 341
20 20 6 800mm at 1000mm/S 467mm/S at 1250mm 174
32 10 800mm at 1600mm/S 747mm/S at 1250mm 108
 

400W

 

5 110 33 800mm at 250mm/S 117mm/S at 1250mm 1388
10 88 33 800mm at 500mm/S 233mm/S at 1250mm 694
20 40 10 800mm at 1000mm/S 467mm/S at 1250mm 347
32 30 8 800mm at 1600mm/S 747mm/S at 1250mm 216
 

750W

5 110 33 800mm at 250mm/S 117mm/S at 1250mm 2100
10 110 33 800mm at 500mm/S 233mm/S at 1250mm 1050
20 60 16 800mm at 1000mm/S 467mm/S at 1250mm 528
32 50 10 800mm at 1600mm/S 747mm/S at 1250mm 380

What are the advantages of guide rail built in modular automatic manipulator in handling operation?
Since its development, guide rail built in linear module has covered various industries and production lines in various factories. Among them, the automatic manipulator is the most typical, which can play a role in different fields, help the factory improve production efficiency, save time cost and human resource cost, and increase the economic benefits of the enterprise.
Solve the work needs of the factory with safety problems
Guide rail built in linear manipulator can not only reduce the labor intensity and provide material handling, but also meet the operation in special environments such as explosion-proof and dangerous places where personnel cannot enter. Greatly reduce the occurrence of casualties and ensure the life safety of enterprise staff.
It covers a small area and can also be used in a narrow working environment
Most of the guide rail built in linear automatic manipulators have small volume and small floor area. It is conducive to the layout of production lines in the plant, and a large warehouse area can be reserved. The linear module automatic manipulator can be set in a narrow space and can be used effectively.

The proper application and maintenance of Guide Rail Built-in Linear Modules can determine whether each automatic machine can operate for a long time. It is very easy to cause the loss of mechanical parts in the long-term work every day. Pay more attention to maintenance, and make usual inspection: 
1) Check whether the surface layer of components is damaged, embossed or involved.
2) Whether there is abnormal vibration or noise in ball screw, linear slide rail and rolling bearing.
3) Whether the motor and coupling have abnormal vibration or noise.
4) Whether there are blurred dust, oil stains, scratches, etc. in all visible positions. The linear slide rail and ball screw must be well lubricated. If the grease (grease) is not supplemented on time, the friction between the rigid ball and the bead groove will be increased during the operation of the linear slide table, which will cause a slow construction period and reduce the service life of the slide rail and screw nut.
5) Once a month, lift the lubricating grease, remove the old oil stains, immediately scrub and tidy the surface of the slide rail and the bead groove with dust-free paper, and immediately apply it on the surface of the slide rail.
6) Once a month, the ball screw shall lift the grease, remove the old oil stains, immediately scrub the screw nut and bead groove with dust-free paper, and immediately wipe it on the surface of the screw. If the screw nut inner module is not maintained, even if the performance spare parts are applied, there is no way to exceed the expected goal, and it is very easy to be damaged. Therefore, we must pay more attention in the whole process of application.

You are welcome to visit our video centre to enjoy more cases of single axis linear modules and multi axis linear modules

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