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Linear Modules Category/Linear Motion/

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Single Axis Linear Modules are Single Axis Linear Robots,usually driven by ball screw or Timing tooth belt, and the fine linear guide rail is used as the guiding organization to complete the functions of single direction transfer, positioning, load transfer, taking and placing, inspection and so on. Single Axis Linear Actuators are widely used in the field of automation.

Single Axis linear modules cooperating with servo motor or stepping motor can complete accurate positioning in different application situations.

Single Axis Linear Modules from Tallman Robot Limited  can be classified into following 10 main categories in linear modules:

  • Guide Rail Built-in Linear Modules
  • Screw Modules for general environment
  • Long Stroke Screw Linear Modules for general environment
  • Timing Belt Linear Modules for general environment
  • Lead Screw Linear Modules for dust-free environment
  • Timing Belt Linear modules for dust-free environment
  • Organ Cover Water proof Lead Screw Linear Module
  • Organ Cover water proof Timing Belt Linear Modul
  • European dustproof Timing Belt Module
  • Guide Rail Steel Built-in Linear Modules

Product features of Single Axis Linear Modules from Tallman Robotics Limited:

  • Easy installation and maintenance
  • Small volume and light weight
  • High precision
  • High rigidity
  • Good sealing and dustproof performance
  • Customizable itinerary

Aluminum type: Guide Rail Built-in Linear Modules. 

Model No Body Width (mm) Max Payload (kgs) Max Stroke

 

(mm)

Repeatability

 

(mm)

Drive Motor Power  (W) Application

 Environment

TM-TH5 54 30 800 ±0.01/±0.005 screw 100/200/400 Clean environment
TM-TH8 82 50 1050 ±0.01/±0.005 screw 100/200/400 Clean environment
TM-TH12 120 110 1250 ±0.01/±0.005 screw 200/400/750 Clean environment

Screw Linear Module for General Environment

Model No Body Width

 

(mm)

Max Payload

 

(kgs)

Max Stroke

 

(mm)

Repeatability

 

(mm)

Drive Motor Power

 

(W)

Application

 

Environment

TM-S45-CM 45 10 800 ±0.01/±0.005 screw 50/100 General environment
TM-S62-CM 62 20 1050 ±0.01/±0.005 screw 100/200/400 General environment
TM-S65-CM 65 30 800 ±0.01/±0.005 screw 50/100 General environment
TM-S85-CM 85 50 1050 ±0.01/±0.005 screw 100/200/400 General environment
TM-S100-CM 100 65 1050 ±0.01/±0.005 screw 100/200/400 General environment
TM-S100L-CM 100 80 1050 ±0.01/±0.005 screw 100/200/400 General environment
TM-S135-CM 135 110 1250 ±0.01/±0.005 screw 200/400/750 General environment
TM-S150-CM 150 120 1500 ±0.01/±0.005 screw 400/750 General environment
TM-S170-CM 170 130 1500 ±0.01/±0.005 screw 400/750 General environment
TM-S220-CM 220 150 1500 ±0.01/±0.005 screw 750 General environment

Long Stroke Screw Linear Module for General Environment

Model No Body Width

 

(mm)

Max Payload

 

(kgs)

Max Stroke

 

(mm)

Repeatability

 

(mm)

Drive Motor Power

 

(W)

Application

 

Environment

TM-SL135-CM 135 80 2200 ±0.01/±0.005 screw 200/400/750 General environment
TM-SL170-CM 170 110 2200 ±0.01/±0.005 screw 400/750 General environment
TM-SL220-CM 220 150 2400 ±0.01/±0.005 screw 750 General environment

Timing Belt Linear Module for General Environment

Model No Body Width

 

(mm)

Max Payload

 

(kgs)

Max Stroke

 

(mm)

Repeatability

 

(mm)

Drive Motor Power

 

(W)

Application

 

Environment

TM-B45-CM 45 4 800 ±0.04 belt 50/100 General environment
TM-B62-CM 62 16 2000 ±0.04 belt 100/200/400 General environment
TM-B65-CM 65 4 800 ±0.04 belt 50/100 General environment
TM-B85-CM 85 16 2000 ±0.04 belt 100/200/400 General environment
TM-B100-CM 100 40 3500 ±0.04 belt 100/200/400 General environment
TM-B135-CM 135 42 3500 ±0.04 belt 200/400 General environment
TM-B150-CM 150 75 3500 ±0.04 belt 400/750 General environment
TM-B170-CM 170 75 3500 ±0.04 belt 400/750 General environment
TM-B220-CM 220 75 3500 ±0.04 belt 750 General environment

Lead Screw Linear Module for Dust-proof Environment

Model No Body Width

 

(mm)

Max Payload

 

(kgs)

Max Stroke

 

(mm)

Repeatability

 

(mm)

Drive Motor

 

Power (W)

Application

 

Environment

TM-S45-CR 45 10 800 ±0.01/±0.005 screw 50/100 Clean environment
TM-S62-CR 62 20 1050 ±0.01/±0.005 screw 100/200/400 Clean environment
TM-S65-CR 65 30 800 ±0.01/±0.005 screw 50/100 Clean environment
TM-S85-CR 85 50 1050 ±0.01/±0.005 screw 100/200/400 Clean environment
TM-S100-CR 100 65 1050 ±0.01/±0.005 screw 100/200/400 Clean environment
TM-S135-CR 135 110 1250 ±0.01/±0.005 screw 200/400/750 Clean environment
TM-S150-CR 150 120 1500 ±0.01/±0.005 screw 400/750 Clean environment
TM-S170-CR 170 130 1500 ±0.01/±0.005 screw 400/750 Clean environment
TM-S220-CR 220 150 1500 ±0.01/±0.005 screw 750 Clean environment

Timing Belt Linear Module for Dust-proof Environment

Model No Body Width

 

(mm)

Max Payload

 

(kgs)

Max Stroke

 

(mm)

Repeatability

 

(mm)

Drive Motor Power

 

(W)

Application

 

Environment

TM-B45-CR 45 4 800 ±0.04 belt 50/100 Clean environment
TM-B62-CR 62 16 2000 ±0.04 belt 100/200/400 Clean environment
TM-B65-CR 65 4 800 ±0.04 belt 50/100 Clean environment
TM-B85-CR 85 16 2000 ±0.04 belt 100/200/400 Clean environment
TM-B100-CR 100 40 3500 ±0.04 belt 100/200/400 Clean environment
TM-B135-CR 135 42 3500 ±0.04 belt 200/400 Clean environment
TM-B150-CR 150 75 3500 ±0.04 belt 400/750 Clean environment
TM-B170-CR 170 75 3500 ±0.04 belt 400/750 Clean environment
TM-B220-CR 220 75 3500 ±0.04 belt 750 Clean environment

 Organ Cover Water proof Lead Screw Linear Module

Model No Body Width

 

(mm)

Max Payload

 

(kgs)

Max Stroke

 

(mm)

Repeatability

 

(mm)

Drive Motor Power

 

(W)

Application

 

Environment

TM-SF100-CR 140 65 1050 ±0.01/±0.005 Screw 100/200/400 Water-proof/Dust-proof
TM-SF135-CR 171 80 1250 ±0.01/±0.005 Screw 200/400/750 Water-proof/Dust-proof
TM-SF170-CR 206 110 1500 ±0.01/±0.005 Screw 400/750 Water-proof/Dust-proof
TM-SF220-CR 256 150 1500 ±0.01/±0.005 Screw 750 Water-proof/Dust-proof

Organ Cover water proof Timing Belt Linear Module

Model No Body Width

 

(mm)

Max Payload

 

(kgs)

Max Stroke

 

(mm)

Repeatability

 

(mm)

Drive Motor Power

 

(W)

Application

 

Environment

TM-BF100-CR 140 40 3500 ±0.04 Belt 100/200/400 Water-proof/Dust-proof
TM-BF135-CR 171 40 3500 ±0.04 Belt 100/200/400 Water-proof/Dust-proof
TM-BF170-CR 206 75 3500 ±0.04 Belt 750 Water-proof/Dust-proof
TM-BF220-CR 256 75 3500 ±0.04 Belt 750 Water-proof/Dust-proof

European dustproof Timing Belt Module 

 

Model No Body Width

 

(mm)

Max Payload

 

(kgs)

Max Stroke

 

(mm)

Repeatability

 

(mm)

Drive Motor Power

 

(W)

Application

 

Environment

TM-EB65 -CR 65 65 5500 ±0.1 Belt 200/400/750 Clean environment
TM-EB80-CR 80 80 5500 ±0.1 Belt 200/400/750 Clean environment

Steel Type: Guide Rail Built-in Linear Modules.  

Model No Body Width

 

(mm)

Lead (mm) Rail Length

 

(mm)

Repeatability

 

(mm)

Walking parallelism

 

(mm)

Speed (mm/sec) Application

 

Environment

T-K60 60 5/10 150~600 ±0.003/±0.005 0.01/0.015 Max: 600 General/ Dust and

 

Waterproof with Organ Cover

Application Industry list of Single Axis Linear Modules

Suitable Industry Application Pictures Application descriptions
PCB substrate inkjet device Single Axis Linear Actuators The base plate is fixed on the electric slide table, and the printing operation of the base plate is performed by usingthe characteristics of constant speed movement of the slide table.Circuit board surface cleaning device
Circuit board surface cleaning device Single Axis Linear Actuators Fix plasma on the electric slide and move it back and forth above the conveyor belt to clean the surface of the circuit board.
PCB circuit board cutting device Single Axis Linear Modules Place the PCB circuit board on the electric slide and match with the external cutter mechanism to cut.
Optical disc collecting device Single Axis Linear Modules Using the multi-point positioning feature of the electric slide,move the optical disc receiving box up and down to receive the material.
IC printing device Put the IC device on the slide, and use the slide with servo or stepping motor to move at a  constant speed to perform laser printing.
IC take and place whole train device Two single shaft electric sliding tables can be combined into a simple IC taking and placing mechanism.
Bar code scanning device The XY slide is installed in a small automatic warehous to scan the bar code of articles.
Filling device In order to adapt to the filling operation of different products,the programmable characteristics of the slide can be used to perform the filling operation at different heights.
Tire surface inspection device Install the c.c.d on the slide, use the constant speed  movement  characteristics of the slide to check the defects on the tire surface,and immediately report to the on-site personnel.
Surface treatment mobile device Using the characteristics that the slide can move up and down,left and right at high speed, hang the working deviceon the slide and immerse it in the solvent for surface treatment.
Assembly device on disc machine Two single shafts are combined to form an XY  mechanism,which can be mounted on the disc machine for the assemblyof parts.
Small component assembly device Using the multi-point positioning characteristics of the electric slide, drive the suction cup and cylinder todo the assembly of small parts.
Production line handling device The single shaft electric slide is combined into an XY mechanism to carry out the handling of articles above the convey or belt.
Package train device With the combination of servo motor and slide  table,products of different sizes can be made into a whole column on the moving conveyor belt, which can greatly save working time.
Material distribution device of production line In the production line of conveyor belt, the electric slide table is used for product classification.
Solvent surface scraping mechanism Single Axis Linear Modules The surface of viscous solvent can be leveled by making use of the constant speed movement of electric slide
Optical disc UV irradiation device Single Axis Linear Modules The x-z2 axis mechanism is composed of a single axis electric slide, which can be used in the UV irradiation device of optical disc.
Circuit board stacking device Single Axis Linear Modules The x-y-z3 axis can be used as the receiving mechanism of circuit board production line.
Automatic soldering device Single Axis Linear Modules The soldering device is fixed on the x-y-z 3 axis combined by the single axis electric slide to perform the soldering of circuit board parts.
Circuit board conveying device Single Axis Linear Modules Two single auxiliary electric modules are composed to carry out the up, down, left and right transportation of the circuit board

As the continuous application of modern industrial modularization and integration concept, the presentation of uniaxial linear module undoubtedly reduces time and power of automatic production line and automatic equipment development.

Single Axis Linear Actuators, also known as Linear module, rectangular coordinate robot, linear slides, etc, are automatic upgrading units following linear guide rail, linear motion module and ball screw linear transmission mechanism. The linear and curvilinear movement of load can be realized through the combination of various units, making the automation of light load more flexible and positioning more accurate.

Single Axis Linear Actuator is a highly integrated transmission platform. DC servo motor and ball screw are integrated, and sliding block and sliding seat are integrated into one. The product is compact and lightweight to achieve space utilization.

Linear module is a general transmission element in automation equipment. It is a modular product that realizes repeated linear motion through ball screw (or synchronous belt) and linear guide rail. According to the driving mode, it can be divided into screw transmission linear module and synchronous belt transmission linear module.

Linear module is a mechanical structure that can provide linear motion. It can be used horizontally or vertically, or combined into specific motion mechanisms – that is, multi axial motion mechanisms such as XY axis and XYZ axis in the automation industry. This organization has different names in different industries. The more common names are: linear module, linear slide, electric cylinder, electric slide, manipulator, etc. The linear module is usually used in conjunction with the power motor. Other required workpieces are installed on its slider to form a complete conveying movement equipment, and a set of appropriate motor forward and reverse procedures are set to realize the automatic circular movement of workpieces. So as to achieve the purpose of mass production and intensive production of equipment.

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.

Linear Motion Systems: A Comprehensive Overview of Single Axis Linear Actuators

Introduction
Single Axis Linear Actuators are an important part of many linear motion systems. They provide a wide range of benefits and can be used in a variety of applications. In this article, we will provide a comprehensive overview of Single Axis Linear modules and their many benefits.

Single Axis Linear Actuators provide a number of advantages over traditional linear motion systems. They are more compact, more efficient, and offer greater flexibility. Single Axis Linear modules can be used in a variety of applications, including robotics, material handling, and assembly.

If you are looking for a more efficient and flexible linear motion system, Single Axis Linear modules are a great option to consider.

What is a linear motion system?

A linear motion system is a type of automation assembly or material handling system that utilizes linear actuators, motors, or other components to move products along a linear path. Linear motion systems are used to move a wide range of objects, from small parts to large products. Modern linear motion systems are designed to be efficient, cost-effective, and reliable in order to meet the ever-increasing demands of automation and material handling. Linear motion systems have become increasingly popular over the last few years as businesses strive to improve their efficiency and reduce their costs. Linear motion systems allow businesses to automate processes and minimize the costs associated with manual labor. They allow for faster product movement and are capable of handling heavier, larger, and more complex products.

How do Single Axis Linear Actuators work?

Single Axis Linear Actuators typically use a combination of motors, actuators, and linear bearings to move the designated product along the linear path. Depending on the design of the motion system, the motors can be controlled by a computer program, or manually by an operator. The linear bearings act as a guide rail that allows the product to move along the path without binding or overworking the motors. Linear actuators provide the power to move the product along the path, as well as provide precise positioning control. This allows the linear motion system to follow a predetermined path with a high level of accuracy. Additionally, linear actuators can provide feedback signals and monitor load levels to ensure the system is running optimally.

What are the benefits of linear motion systems?

Single Axis Linear Actuators provide a variety of benefits, including increased speed and accuracy, improved safety, and cost savings. They can provide increased speed by automating processes and reducing the need for manual labor. Additionally, linear motion systems are highly accurate, which is essential for consistent operation and product quality. Linear motion systems also help improve safety by reducing the risk of injury from manual labor. Additionally, they can reduce costs by reducing the amount of energy required to move a product along the desired path. Finally, linear motion systems can also improve product quality and optimize productivity by providing precise control and feedback.

What are the different types of linear motion systems?

There are several different types of linear motion systems available, including single axis, multi-axis, and overhead rail systems. Single axis systems use linear motors and bearings to move the product along a single axis, while multi-axis systems can move the product along multiple directions. Overhead rail systems use an overhead rail system to move the product along the desired path. Depending on the application, businesses can choose the type of linear motion system that best suits their needs. Additionally, businesses can opt for custom designed systems that are designed to meet their exact requirements.

How can Single Axis Linear Actuators be used in different industries?

Single Axis Linear Actuators can be used in a wide range of industries, such as manufacturing, robotics, and material handling. They are commonly used in manufacturing to automate the movement of parts, improve product quality, and reduce labor costs. In the robotics industry, linear motion systems are used to move robotic arms and legs, as well as other robotic components. Linear motion systems are also used in the material handling industry for automated handling of pallets, containers, and other items. Finally, linear motion systems are used in the automotive industry for automated assembly of car parts and components.

What are some of the challenges associated with Single Axis Linear Actuators?

Single Axis Linear Actuators can be subject to a number of challenges, such as friction, wear, and noise. Friction can cause the system to move slower than expected or to stall altogether. This can be caused by a worn-out bearing or a poorly designed system. Wear is also a factor, as components can become worn out over time, resulting in a decrease in performance and efficiency. Noise is another challenge associated with linear motion systems. This can be caused by the motors and actuators, as well as other components such as gears and bearings. Noise can be controlled by using dampening materials, or by designing the system to minimize noise output.

How can these challenges be overcome?

These challenges can be overcome with careful design and maintenance of the linear motion system. The system should be designed with adequate wear components, as well as adequate lubrication and support for the linear bearings. The system should also be designed with adequate space for dampening materials to reduce noise. Finally, regular maintenance should be performed to detect and repair any problems before they become serious.

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