Brushed DC Motor in Linear Actuators: Overview and Working

A brushed DC motor is a simple, small motor used in linear actuators. It utilizes mechanical brushes to commutate the motor, enabling rotational motion, which is then converted to linear motion by the actuator. A brushed DC motor comprises four key components – stator, rotor, commutator, and brushes.

Once DC voltage is applied across the brushes, current begins to flow through the rotor windings, creating a magnetic field around the rotor. The stator also has its magnetic field which interacts with that of the rotor, prompting it to spin. The commutator also rotates, changing the current flow direction. This process is called commutation, which ensures continuous changes in the magnetic field and maintains rotational motion by alternating the rotor and stator magnets. In a linear actuator, the motor’s rotational movement is then converted into linear motion via a lead screw or similar mechanism, driving the actuator’s mechanical parts to produce the desired movement.

Brushless DC Motor (BLDC) in Linear Actuators: Overview and Working

A brushless DC motor (BLDC) is an advanced motor used in linear actuators for precise, efficient motion. The motor consists of a rotor, stator, and electronic speed controller (ESC). In a linear actuator, the ESC sequentially energizes the stator windings, creating a rotating magnetic field. Its interaction with the rotor’s permanent magnets causes it to spin, converting rotational motion into linear movement via a lead screw or ball screw. The ESC ensures smooth, controlled operation, minimizing power loss and heat generation for efficient actuator performance.

Difference Between Brushed and Brushless Motors in Linear Actuators

Here are some key differences between brushed and brushless DC motors when used in linear actuators

• Working: While the basic principle of both motor types is the same, brushed motors use mechanical brushes for electrical contact, whereas brushless motors rely on electronic controllers for the same purpose. Brushless motors have a more advanced design, making them better suited for precision and efficiency in linear actuators.
• Efficiency: Efficiency of brushed motors may reduce over the time due to the friction between the brushes and the commutator. The brushes need to be replaced regularly to avoid such issues. In contrast, brushless motors are more efficient since they eliminate friction from brushes, resulting in lower wear and heat generation, and providing better overall performance. This makes them ideal for applications that require long-lasting performance in linear actuators.
• Noise: Brushless motors are much quieter than brushed motors, making them a better choice for applications with strict noise requirements, such as medical devices, robotics, or assistive technology that uses linear actuators.
• Complexity: Brushed motors are simple and easy to operate, which makes them ideal for cost-sensitive linear actuator applications. However, brushless motors require more complex control systems and algorithms to manage the electronic commutation, offering more precise and reliable performance in linear actuators that need fine control and smooth motion.
• Cost: While brushless motors are generally more expensive than brushed motors, their lower maintenance requirements, longer lifespan, and improved efficiency can make them more cost-effective in the long run, especially in linear actuators where continuous, high-performance operation is critical.

Learn more on this topic in our related blog: Understanding DC Gear Motors: Working Principles, Selection, and Applications

Are you looking for standard or custom DC motors for your linear actuators? If yes, ensure you partner with a reliable manufacturer that can meet your specific needs. The motor must align with the required speed, range, precision, and repeatability of your application, offering the right level of control. Many DC Motor manufacturers across the US offer custom options to cater to your exact requirements. Making the right motor choice is crucial, as it drives your actuator’s efficiency and enables smooth, precise movements, enhancing the overall performance and reliability of your system.

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What are DC Gear Motors?

A DC gear motor combines a direct current (DC) motor with a gearbox, which helps create smooth, precisely-controllable motion without consuming excessive power. The gearbox is attached to the motor’s output shaft, modifying the motor’s speed and torque to meet specific application requirements. Combining the remarkable power of DC motors with the mechanical advantage of gearboxes, they find immense applications in robotics, automotive systems, and industrial machinery, among others.

DC Gear Motor Working Principle

A DC gear motor works on the principle of electromagnetic induction. These units, by combining a DC motor with a gearbox, are known to offer high torque at low speeds. When direct current (DC) is applied to the motor – which is the primary workhorse – it forms a magnetic field that interacts with the armature, leading it to rotate. This rotational motion is then transferred to a series of gears within the gearbox – often referred to as a reduction gear. This process reduces the motor’s speed while increasing its torque. In other words, the function of gearbox here is to regulate the speed of the motor as per the needs of your applications. The gear reduction significantly enables the motor to offer force at controlled, lower speeds.

Benefits of DC Gear Motors

Extensively used in light, medium, and heavy-duty processes, DC gear motors are known for their following benefits.

• As gear reduction mechanisms increase torque output, DC gear motors are highly suitable for applications requiring substantial force at low rotational speeds.
• Owing to their adaptable design, these units find application across sectors including robotics, automotive systems, industrial automation, and medical devices.
• They are known for their high efficiency in converting electrical energy to mechanical power with minimal losses.
• DC gear motors are ideal for installations with limited space. Thanks to their compactness due to the integration of a gearbox with the motor.
• They allow for seamless integration with existing control systems and microcontrollers, due to their straightforward electrical control interfaces.
• Users can expect a fine-tuned motor performance out of these gear motors. Thanks to their speed regulation through voltage adjustment and pulse-width modulation (PWM).
• As these units are available in diverse gear ratios, they allow for tailored speed and torque configurations ideas for different application requirements.
• They incorporate features to minimize operational noise and vibration.
• They are designed with efficient heat dissipation, which enables easy handling of high-power loads without overheating.

Factors to Consider When Selecting DC Gear Motor

When selecting DC gear motors, some notable factors must be considered to ensure the motor meets the specific application requirements. A few of them include:

1. Torque/Speed: Analyze the necessary torque and speed requirements for your application. Consider both starting and running torque, and choose a model wisely.
2. Voltage and Current: Ensure that the motor’s voltage and current specifications properly match your power supply and control system.
3. Size: Check the motor’s physical dimensions and mounting configuration. Ensure that the model you have chosen fits well within the space constraints of your application.
4. Customization: Check whether the model allows for any customizations such as specific gear ratios, shaft configurations, or mounting options.
5. Noise/Vibration: Check the acceptable noise and vibration levels for your application and invest on a model accordingly. This is especially important in noise-sensitive environments.
6. Load: Understand the type of load the motor will drive. Check for any variations in load over time. Understanding these ensure a smooth performance.
7. Duty Cycle: Check how often and for how long the motor will be running. Continuous, intermittent, or variable duty cycles will affect motor selection. Also, it is important to choose an efficient motor to minimize energy consumption and heat generation.
8. Environmental Conditions: Assess the operating environment, including temperature, humidity, exposure to dust or chemicals, and the need for waterproof or dustproof designs.
9. Compliance and Standards: Choose a model that complies with relevant industry standards and certifications, such as CE, UL, or RoHS.

Application Areas

Applications of DC gear motors are endless. A few of their application examples include:

• Automotive: They find applications in seat adjustments, sunroof mechanisms, windshield wiper, and power windows.
• Industries: Conveyor belts, packaging machinery, and automated assembly lines are some of the areas where DC gear motors find their applications.
• Robotics: They guarantee the smooth and effortless functioning of robotic arms and grippers, drones and UAVs, servo mechanisms, among others.
• Consumer Electronics and Appliances: Electric toothbrushes, vacuum cleaners, electric shavers are some of the application examples of gear motors in the electronics sector.
• HVAC Systems: They are used to make actuators for damper control, variable air volume units, and motorized valves, among others.
• Medical: They play a critical role in the functioning of powered surgical tools, infusion pumps, prosthetic limbs, and so on.

Enjoyed this post? Read more in our related blog: Why DC Gear Motors are Ideal for Precision Motion Applications.

Overall, with an appropriate motor and gearbox combination, you can expect the speed and efficiency to virtually any precision motion requirement. Combining the robust power of DC motors with the mechanical advantage of gearboxes, DC gear motors from Venture Mfg. Co. contribute to providing an excellent range of power and speed required to power various devices and appliances. Get in touch with the team at sales@venturemfgco.com or call us at (937) 233-8792 and choose the right model that serves your purpose the most.

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Step-by-Step Procedure of DC Motor Replacement on Fifth Wheel Landing Gear

The landing gear repair or replacement is performed in two phases. The first step is preparatory and the second stage is where the DC motor is actually repaired. The stage-wise steps followed in landing gear repair are as follows.

• Preparatory Stage: The preparatory stage of the fifth wheel landing gear repair focuses on the diagnosis and parts collection. In the preparatory stage, following steps are performed.
  • Problem Diagnosis: There are two basic tests one should perform for problem diagnosis. At first, the driver must check if the leg is hitching and unhitching with the 5th gear. If not then it is a problem, which can be easily resolved by repairing the landing gear. If the vibration has increased and the car makes a choking noise while the DC motor assembly bounces, then it is a problem too. This problem needs DC motor assembly replacement. Sometimes, the failure may have been caused due to poor quality accessories.
  • Parts Collection: Before starting repair or replacement, the operator must have all required parts, accessories, and mounting tools. In the case of replacement, the operator may require a new DC motor assembly, mounting brackets, power kit, parts kit, crank handle assemblies, and so on.
• DC Motor Replacement Stage: Once the preparatory stage is done, the operator begins with the DC motor replacement. The steps followed to replace DC motor assembly are detailed below.
  • At first, the operator exposes the drive shaft that transmits power to the leg. This shaft is exposed by detaching the retaining bolts mounted on the sliding sheath. Once the bolts are off, the sheath can be slid back and forth. It exposes the drive shaft.
    
  • The motor assembly is secured by a plastic retainer. It is supported by a screw and by taking the screw off, the DC motor assembly can be taken off the leg.
    
  • The motor assembly is supposed to be slid off the drive shaft along with the gearbox.
    
  • Once the DC motor and gearboxes are off, the operator detaches the DC motor from the gearbox. The motor is bolted on the gearbox with the help of four bolts, in which only two are required to be removed by the operator and the motor comes off.
    
  • Once the motor is taken off, the operator replaces it with the new one that matches requirements.
  • However, re-attachment of the motor assembly is performed by moving opposite leg shaft aside. Then a manual attachment or override shaft is inserted into the housing. The operator aligns the center of assembly and the significant location on the drive shaft. Then the assembly is center nutted.
    
  • This completes the assembly process but then to finalize it, the component attachment is required to be done.
  • The operator activates the landing gear switch to ensure the position of the motor assembly. Once the position is assured, the operator re-attaches the plastic retainer.
    
  • The final step is to re-attach the opposite leg shaft and activating the landing gear switch by using a manual wrench. When this is done, the assembly is finalized with retainer bolts.

Learn more on this topic in our related blog – Which are the Types of DC Gear Motor Controls?

Although the above-discussed process of changing DC motor n 5th wheel landing gear is easy to follow, it is always recommended to get it done by professionals. Also, it is important that you use a branded or quality replacement parts. Venture Mfg. Co offers RV and 5th wheel landing gear and 12 VDC power kit.

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Understanding the Design of Linear Actuators

For better understanding of how linear actuator works, you need to familiar with its design principle. Unlike the other actuators, these actuators have fewer working parts. Hence, these actuators are maintenance free. But, if you use them for couple of years then for sure you need to take of certain things. Linear actuator makes the devices easy to operate. Following are some of the important design parts of the linear actuators. Let’s have a look at these parts:

• Motor:

  This is one of the crucial components of actuators that creates the motion. Linear actuators are vary in terms of motor type, power and feature. Usually, a 12 volt DC motor is used in linear actuators, which interacts with other parts in order to deliver movement.

• Cylinder:

  The form of linear motion created by motor, allows the part of the cylinder to move, as it does not move itself. However, the inside parts of cylinder do.

• DC Brushes:

  They are used to convey the current in between the stationary wires. They efficiently bring the current into the linear actuators.

• Lead Screw:

  They are known as a power or translation screw. Lead screw is a part of linear motion system, which convert the rotational motion into linear motion. They come up with the cylinder, and travel upward and downward that facilitates the linear motion.

• Gears:

  Gear bridges the motor and the lead screw. Most of the gears are made of plastic or steel and mates with other one’s to alter the relation between the speed of the driven parts and the speed a driving mechanism.

What are the Types of Linear Actuators?

Four types of linear actuators are used in various applications to produce motion. All of them perform the same job, however, they do it differently and with different results. Thus, it is important to know about them.

• Electrical Actuators:

  This is one of the important type of linear actuators with a simple working mechanism. They equipped with a motor that creates power when current is passed. The electric motor offers sufficient power to the lead screw. Thus, it can move in a rotatory motion and generate motion. Vowing to their versatile design, they offer a wide range of motion profiles. These actuators can reprogrammed quickly than other, and offer an instant response. Electric actuators are commonly used in cruise control and DRS.

• Pneumatic Actuators:

  They are known for converting compressed air into linear or rotary motion. They are ideal for the applications where cleanliness is necessary. They feature no motor that mean there is no any magnetic interference at high temperatures. This makes them suited for the application involving high temperatures. Pneumatic actuators feature valves that controls the flow of liquid when required.

• Hydraulic Actuator:

  They are known as hydraulic cylinders, which operates on oil pressure. They are specially designed for high force applications. They feature with a working piston cylinder system, which make use of hydraulic power to produce motion. A reservoir, a pump, and a valve make up a hydraulic system. However, the valve directs the piston motion by giving way to oil. After applying oil pressure to the piston, it will move in the opposite direction. The piston give a return stroke through spring that is attached to it. This is the way the piston operates in and out.

• Vacuum Actuator:

  They are ideal for an activation or switching mechanism. That means, these actuators offer motion to the secondary device once joined to a vacuum source. They are ideal for an activation or switching mechanism. Vacuum actuator feature a small chamber where vacuum forms. They also consist of springs connected to a piston that offers a push, which forces the piston to go out that chamber and join to a secondary device. Vowing its uses, they are widely used in air conditioning systems, automobiles engines and more.

Learn more on this topic in our related blog: All Important Questions Answered on Linear Actuators Part 2

That’s definitely not an end of the questions about linear actuators. All the outlined information covers the basics of actuators. Let’s discuss few more points in the next post. Stay connected to update your knowledge.

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Venture’s linear actuators consist of limit switches, which are used to control the stroke length of the device. To understand how to operate the limit switch settings, let us first understand what stroke length is. This will help you in understanding the limit switch adjustments effectively.

What is a Stroke Length?

The stoke length of an actuator refers to the length that the device will travel. It is a quantitative term, which defines the total working length of an actuator. The stroke is measured by extending and retracting the actuator. It is important to know the minimum, maximum, and optimal stroke length for the safe operation of actuator, as well as the mechanism to which it is connected.

How to Adjust the Limit Switch Settings of Your Venture Linear Actuator?

By following the simple steps given below, you will be easily able to adjust the settings of the limit switches of your Venture actuator:

• Step 1: Retract the Actuator: As the first step in adjusting the limit switches, retract the Venture actuator to the lowest possible position. Consider consulting Venture Mfg. for the minimum retracted position. Do not exceed this minimum value as it can cause the product to jam.
• Step 2: Adjust the Limit Switch: There are different types of limiting switches, such as a rotating screw, travelling nut, and a disc. If the switch is of travelling nut type, then turn the nut until you hear the switch click. This helps ensure that the switch is set at the extreme position. This is the lower most extreme position.
• Step 3: Extend the Actuator: Now that we have one limit set, extend the actuator to the opposite extreme. Similar to that the first step, consult the manufacturer for the maximum extended position.
• Step 4: Adjust the Limit Switch Again: Repeat Step 2 to set the limit switch at the other extreme position. This is the upper most extreme position.
• Step 5: Checking the Limit Switch: This is the final step of adjusting the limit switches of your Venture actuator. In this step, you need to ensure whether the switches are set properly, and check whether there are any drifts in direction. To check this, run the product or application. If it runs smoothly without any problem, then it means that the limit switches have been set correctly.

Things to Bear in Mind as You Adjust the Settings…

There are certain things to bear in mind before you go on adjusting the switches to the desired value. These things to consider are as follows:

• The process of adjusting the limit switches explained in this post is applicable only when the actuator is fully assembled and fully retracted.
• Another thing you need to make sure is that as the actuator is operated under power, its inner tube does not rotate.
• Remember to use the clutch, else it might damage the gears and the dc gearbox, when the actuator is retracted or extended under power.

Learn more on this topic in our related blog: Three Major Factors that Affect Linear Actuator Functioning

This is how you set the desired stroke length using the limit switches of your Venture actuators effectively. Do you want to know more on the topic? You can always talk to Venture Mfg. Co., who have helped clients to maximize the advantage of their actuator.

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Applications of Actuators in Recreational Vehicles

Amongst the several actuators models available, the one that is commonly used for the automation purposes is RV slide out actuators. These actuators, which comprise ball screw designs along with DC motor gearboxes, are designed for high static and dynamic load ratings for tension and compression. Let us now see a few examples wherein RV slide out actuators provide convenience to users.

• Retractable Awning: Recreational vehicles with retractable awning have several benefits to offer to the travelers. It not only shelters you from blazing sun or the pouring rain but also helps reduce the temperature inside the vehicle tremendously. Thanks to the efficiency of linear actuators that make the working of retractable awning possible with a press of a button.
• Retractable Power Outlet: Yet another necessity people prefer inside an RV is power outlets to charge their electronic items. RV slide out actuators greatly support the working of retractable power outlets, thus offering great convenience to travelers.
• Structure Expansion: It is always comfortable and convenient when you have some additional space when the RV comes to a stop. How is this possible? Linear actuators play a major role in creating expandable rooms, floor panels, and much more. When not in use, the structure can be made to the original form with a press of a button.

Applications of actuators in optimizing the functionalities of recreational vehicles are not limited to the ones aforementioned. Slide-out actuators can do lots more to augment the functionalities of an RV vehicle such as:

• They help automate the functioning of reclining chairs, automated television displays, and beds and tables (raising or lowering) in the vehicle.
• RV slide out actuator goes into the making of automated wheelchair lifts and wheelchairs for the physically disabled travelers. These actuators can be easily raised into the vehicle.
• They streamline the working of storage compartments located in the floor of the vehicles and also satellite dishes on the roof of RVs.
• They support the automatic functioning of toy hauls, televising frames for easy viewing from all angles, retractable rear panels among several others.

Thus, by offering benefits in terms of precise smooth movements, and adequate positioning for a variety of applications, RV slide out actuators play a major role in providing people a hassle-free experience when traveling in RVs.

Learn more on this topic in our related blog: Revving Up the RV Experience: How Actuators Power the Modern RV Industry

There are several actuator manufacturers who support the recreational vehicle manufacturers by providing customized dc actuator motor for trailer, landing gear accessories, and DC actuators.
Venture Mfg Co. is a trusted and leading 9001:2015 certified manufacturer of actuators for recreational vehicles. In addition to this, the company provides dc actuator motor for trailer, landing gear accessories, etc.

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How to Select the Correct DC Gear Motors Used for Medical Machines?

If you want to optimize the design of your medical machines then it is extremely important to select the DC gearbox motor wisely. How? There are two key considerations for selecting the right motor. These key considerations are as follows:

1. Do You Understand Your Application?:

   This is the most basic consideration. You need to know for what application is the motor going to be used. Understanding the application is the key to selecting the right motor. Though not everything, there are certain things that are mandatory for you to know. These include physical size, and lifetime expectations of the application. Besides this, the following parameters of a motor are also important to consider:

   • Motor Efficiency
   • Torque and Speed
   • Duty Cycle
   • Available Voltage

2. Brushed or Brushless? What’s the Choice?

   This is the second key consideration, and you are one step away from selecting the right one. There are two main types of DC gearbox motors – brushed, and brushless. The expertise of a company, which is manufacturing the medical device decides the type of motor to be used. Each of these type has its own set of properties, and beneficial features. Let’s understand these two types better.

   • Brushed Motors: The brushed motors are designed such that they do not require electronics for their operation. Thus, a considerable amount of cost is saved in the system design.
   • Brushless Motors: When you choose the brushless motors for the medical machine application, then you will be required to select from an external module, or built-in drive for generating the power required to drive the motor. One advantage that a brushless motor has over a brushed motor is that the former has the capability to run at higher speeds than a brushed motor.

Learn more on this topic in our related blog – DC Gear Motors Find Applications in Actuators

Have you read these guidelines thoroughly? Make sure that you follow each and every guideline explained above, and no one can stop you from selecting the best-suited DC gear motor for your medical machine applications. Apart from these guidelines, you can also consider consulting an expert manufacturer or supplier of these devices, who can guide with the entire selection process. It is always good and advisable to take the expert advice before taking any hasty steps in buying the device, without knowing, or understanding little about it. Venture Mfg. Co. is one of the most experienced, trusted, and reliable DC gear motor manufacturers in the US.

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What are the Benefits of 12 Volt Linear Actuators?

The 12 volt linear actuators provide excellent repeatability and precision. Here is how these actuators can provide efficient performance, as well as cost benefits:

• Many important machine operations can be controlled in a better way, with the help of these actuators. The control over operations is improved owing to following factors:
  • Pulse width modulation is provided for variable speed control.
  • There are multiple options for analog and digital feedback.
  • The low voltage switching options have the capability to connect with programmable PC or PLC controllers directly.
  • The device has limit switches that are fixed and can be programmed for “teach and repeat” positions.
• The 12 volt DC electric actuators require very less maintenance. In addition to this, they provide redundancy through manual override, and have a longer component life compared to that of other actuators. This helps reduce the down time.
• One of the key benefits of these actuators is that they are economical, and their components are inexpensive as compared to those of hydraulic and pneumatic systems.
• Installing a 12 volt electric actuator is easy and takes lesser time as compared to that taken by several hydraulic and pneumatic components. This helps in saving a considerable amount of costs in the OEM (Original Equipment Manufacturer) assembly.

What are the Applications of 12 Volt Linear Actuators?

The several benefits explained above makes 12 volt electric actuators ideal for use in a number of applications and industries, which include:

• Food and Beverage Industry
• Automobile and Recreational Vehicle Industry
• Construction Industry
• Home Automation
• Marine Projects

Learn more on this topic in our related blog: Learn How to Choose the Right Power Supply for Your 12V DC Linear Actuator

The above explained cost benefits and a variety of applications make it clear why the 12 volt electric actuators are so popular. Earlier mentioned are just a few areas where heavy duty 12 volt linear actuators are used. To know more about the other areas, where you can use these types of actuators, you can contact the experts. One such expert, who can help and guide you in this is Venture Mfg Co. The company has a great experience, along with the expertise in manufacturing electric linear actuators of varied specifications based on your application requirements.

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Examples of DC Gear Motors :

Some of the DC gear motor options available in the market are mentioned below:

• 8500 Series Motor Gearbox
• M9000 Series Motor Gearbox
• M9600 Series Gearbox
• M9800 Worm Drive and Spur Gear Driven Gearbox
• 890 Series Actuators
• Custom Designed Gearbox

Benefits of DC Gear Motors

There are other reasons why DC gear motors are chosen for applications involving actuators. DC gear motor manufacturers design and produce the products in a manner that they don’t consume too much power. They increase the efficiency of the machine due to their light weight and compact design as well as their noiseless application. The motors have also proven to be long-lasting.

How DC Gear Motors Support Actuators

Actuators by themselves have short-lived functions. When combined with DC gear motors, the application can run for longer periods of time. When fit in a protective casing, DC gear motors are capable of working under extreme conditions as well. Depending on the application, motors and gearboxes can be paired to create highly efficient, precise motion.

The various properties of DC gear motors allow them easy and precise control of actuators. Hence, DC gear motors are the perfect products to support actuators in applications such as robotics, production lines, drive belts, and HVAC applications.

Learn more on this topic in our related blog – A 2 Key Guide for Selecting the Right DC Gear Motor for Medical Machines

DC gear motors can be customized and created with specifications regarding the sensors, DC voltage and gear ratio. Standard products with various specifications are also available with several DC gear motor manufacturers.

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How DC Gear Motors Work?

There is one important component that differentiates a DC gear motor from a general DC motor. The DC gear motor has an extension built into it, which is used to reduce the speed of the rotation. The gear can be used to reduce the speed and increase the torque, thus being able to provide precise motion and control.

Benefits of DC Gear Motors

There are a number of reasons why this product is chosen for various applications that require motion control devices.

• They can be used for continuous operations where the motor is used for long periods of time.
• It can provide benefits of cost-effectiveness and durability.
• Some motor types are manufactured with the incorporation of plastic gears. This option also adds to the cost-effectiveness of the motor.
• Motors with plastic gears also comprise a torque limiting slip clutch to protect the gears.
• Some applications may have a requirement for the motor to perform backdriving, where the motor is used in reverse. In such cases, DC gear motors can be fitted with a failsafe brake option. These are designed to hold a static load in place.

Learn more on this topic in our related blog – Understanding DC Gear Motors: Working Principles, Selection, and Applications

Industrial Applications of DC Gear Motors

The aforementioned benefits of DC gear motors make a popular choice for a variety of industrial applications involving motion control:

• Recreational Vehicle Slide-Out Applications
• Home and Office Automation Systems
• 5th Wheel Landing Gear Systems Robotics
• Military Vehicles
• Solar Power Applications
• Medical Equipment

Looking at the above information, there is no doubt that DC gear Motors are the best systems for precision motion applications.

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