Fully Closed Linear Modules

Fully Closed Linear Modules(Fully Closed Linear actuators) from Tallman Robotics Limited are designed to make it suitable for humid environment and dust environment. In humid environment, if there is too much water mist inside the linear module, the linear module will likely produce rust, which will seriously affect the service accuracy and speed of the linear module. You are welcome to  https://www.youtube.com/@tallmanrobotics to watch our video centre for more projects or news, visit our website load down e-catalogues for further technical data.

In the dust environment, it is mainly to prevent the dust from falling inside the linear module, causing structural damage to the linear module and affecting the normal use of Fully Closed Linear actuators.

Organ cover module can be said to be a product used in many industries, but why are so many industries using organ cover module? What advantages does he have?

• The organ cover module uses special materials, which are resistant to coolant, oil, grinding wheel foam and iron Shaw, etc;
• The organ cover module has long stroke and small compression, and the length ratio is 1:10;
• This organ cover is an advanced form in the module, which can make up for the problems that can not be solved by various covers. This kind of shield occupies a leading position in the world.
• This kind of shield has the characteristics of not afraid of foot stepping, no deformation due to impact of hard objects, long service life, good sealing and light operation;
• The shield has the advantages of long stroke and small compression;
• The bellows speed of the shield can reach 200m / min;
• There are no metal parts in the shield. There is no need to worry that the loose parts will cause serious damage to the machine when the shield works.
• Rational use of the seven characteristics of the organ cover module can greatly improve the service life! Each piece of protective cover can be started and operated continuously, which is completely different from the usual pull type of protective cover one by one, so the noise is very low. The selection of high-quality organ cover module can increase the service life.

Fully Closed Linear Modules from Tallman Robotics Limited have series as follows: 

Lead Screw Drive Linear Modules for Clean 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 Drive Linear Modules for Clean 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

Fully Closed Linear Modules are hollow, the dust-proof steel belt passes through the module, there is a roller or sliding guide structure in the module, and both ends of the steel belt are fixed at both ends of the cylinder block. Try not to use the steel belt downward or laterally, because the steel belt will be loose after a long time of use, and will be driven up by the module to lose its protective effect. In addition, avoid steel belt collision. Once a pit is generated, it will be stuck by the sliding table, resulting in module jamming or steel belt being pulled out. If the steel belt is coated with grease and the use environment is not clean enough, it will accumulate oil sludge, just like mopping the floor. If it is saved more, it will fall off by itself. The steel belt is locked with screws at both ends. After installation, it is pasted on the sliding seat , then the side plates on both sides are installed and locked, and finally a black cover plate is locked on the sliding seat. When running, the steel belt passes through the sliding seat.

Therefore, in the face of the complex and severe production environment in the market,Fully Closed Linear Modules have made these two changes mainly in design adjustment to meet the market demand. When you choose to purchase linear modules, you can select Fully Closed Linear actuators suitable for your products according to your own production environment.
The accordion dust cover Fully Closed Linear actuators is used in a special harsh environment. The accordion cover with dust and chip proof structure of  Fully Closed Linear actuators is designed on the basis of Fully Closed Linear actuators, so that the falling dust or debris will not fall into the sliding table body and affect the operation;
The organ cover of dust-proof of Fully Closed Linear Modules has the advantages of large tension, small compression, no deformation due to hard object collision, high temperature resistance and long service life.
The specification is 100mm, 135mm，170mm,220mm wide, which can be used in single axis or multi axis combination. The stroke can be customized as required, and the motor part can be standard or self-equipped. 

You are welcome to visit Youtube channel of Tallman Robotics Limited to enjoy more videos. 

Everything You Need To Know About Fully Closed Linear Modules

Introduction
Fully closed linear modules are an important part of many industries, including automotive, aerospace, and medical. They are used in a variety of applications, such as controlling the opening and closing of doors, providing movement for solar panels, and regulating the movement of medical equipment.

Fully closed linear modules are a type of linear actuator that uses a piston and cylinder arrangement to generate linear motion. The piston is connected to a rod, which is guided by a series of bearings or rails. The rod is connected to a load, which can be either a door, solar panel, or medical equipment.

The main advantage of fully closed linear modules is that they are more compact and require less maintenance than other types of linear actuators. They are also more efficient and have a longer lifespan. If you are looking for a reliable and efficient linear actuator, then a fully closed linear module is the ideal choice.

 

What are fully closed linear modules?

Fully closed linear modules are an important component of many industries, providing reliable and efficient linear movement in a wide range of applications. In a fully closed linear module, a piston and cylinder arrangement is used to generate linear motion. The piston is connected to a rod, which is guided by a series of bearings or rails. This rod is then connected to a load, which can be either a door, solar panel, or medical equipment. Fully closed linear modules provide many advantages, such as the ability to handle heavier loads and applications requiring higher precision. The closed design also provides increased safety and protection against contamination. In addition, fully closed linear modules are more efficient and have a longer lifespan than other types of linear actuators.

The benefits of using fully closed linear modules

Fully closed linear modules offer a range of benefits compared to other linear actuators. Firstly, they are more compact and require less maintenance, making them a cost-effective option. They are also more efficient, providing higher precision and greater control over the output force. In addition, their closed design also provides increased safety and protection against contamination. Fully closed linear modules also have a longer lifespan than other types of linear actuators, meaning that they can be used for many years without needing to be replaced. This makes them the ideal choice for applications that require reliable and consistent linear movement. Furthermore, their low weight and superior performance make them well suited to applications in tight spaces, such as robotic arms and automated doors.

How to choose the right fully closed linear module for your needs

When choosing a fully closed linear module, it is important to consider several factors. Firstly, you should consider the type of application you are using it for. This will determine the type of load that the linear module is required to bear, and the degree of precision it needs to have. In addition, you should also consider the environment in which the linear module will be used. This will determine the type of seals and lubricant needed to ensure the module can withstand the environmental conditions it will be exposed to. You should also take into account the type of movements and operations the linear module will be required to perform. This will determine the size, load capacity, speed and power requirements of the module.Finally, you should ensure that you differentiate between the various types of linear modules available, such as closed and open-loop systems. This will ensure that you choose the most suitable system for your particular application.

Fully closed linear modules and your business

Fully closed linear modules are an essential part of many businesses, providing reliable and efficient linear motion. They are ideal for tasks such as controlling the opening and closing of doors and providing movement for solar panels. They are also well suited for applications that require high precision, such as medical equipment. In addition, the closed design of fully closed linear modules ensures increased safety and protection against contamination. Furthermore, their long lifespan and low maintenance requirement make them a cost-effective option. Finally, their superior performance and low weight make them ideal for applications in tight spaces, such as robotic arms and automated doors.

The bottom line

Fully closed linear modules are an important part of many industries, providing reliable and efficient linear motion in a wide variety of applications. Their closed design provides increased safety and protection against contamination, while their superior performance and low weight make them ideal for applications in tight spaces. They are also more efficient and have a longer lifespan than other types of linear actuators. When selecting a fully closed linear module, it is important to consider the type of application, environment, movements and operations, and the types of linear modules available. Choosing the right type of linear module can ensure that it delivers reliable and consistent performance for many years to come.