DC Gear Motors Manufacturer

Sherry Brushless DC motors are designed and built to last. When our manufacturing personnel construct your motor, we build it to provide reliability. Every motor is 100% end of line tested to insure top quality and maximum performance. Brushless motors are designed to provide top efficiency.

What Is A DC Gear Motor?

A DC gear motor is an electric motor and a power reducer combined into a single unit that reduces the number of revolutions but increases the torque of the operating shaft.

Such gears for electric motors are often used in modern machines and mechanisms, it is universal for many types of equipment. Some hybrid models combine practicality and durability.

The housing is made of plastic and the gears are made of metal. This design gives a minimum noise level during the operation of the devices, the voltage can be from 12 to 24 V.

Advantages of DC Gear Motor

One major benefit to using DC gear motors is that gear assembly can be specifically designed to increase torque.
In addition, gear workings can be adjusted to reduce the speed to essentially any desired outcome, which allows for incredible control across multiple applications.

High Performance
Durability
Reliabilitys
Cost-effectiveness
High Efficiency

How we ensure a profitable business partnership

Professionally Trained Engineering & Manufacturing Team

Producing custom-made, DC motors is a complex process.
Even before the raw materials are trucked to the manufacturing plant and brought to the production line, both the client and electric motor manufacturer have started to solidify their working relationship by laying the ground work that’s required prior to the commencement of production.
Successful working relationships require trained professionals, including engineering, manufacturing, supply chain, logistics, quality control, among others, to create not only the motor design and prototypes, but also the manufacturing processes and delivery channels.
Sherrymotors has built a design and manufacturing team of highly trained and customer-focused professionals.
It leverages both the technical expertise and customer service skills of its staff to ensure production goals occur within budget.

Comprehensive Manufacturing Facilities

Manufacturing any product requires both the equipment and facilities to handle projected production volume, capacity or throughput.
Beyond capacity considerations, what’s key for a custom electric motors manufacturer is to have all the machinery, equipment and testing capabilities in house and on-site so it can produce motors from start to finish in a timely fashion.
Sherrymotors has built a state-of-the-art comprehensive production facility that’s fully equipped to manufacture even high volume runs.
It’s onsite process equipment includes, CNC machining, shaft splining, automated magnetizing, heat treating, epoxy coating insulation, automated coiling, winding, commutator slotting and balancing, varnishing and welding/painting/special fabrication.
It also has a testing laboratory, which includes a 30 HP dynamometer and 500 Amp testing capability, to conduct both standard and special tests.

Standardized Work Processes Verified by Quality Control Systems

One of the motivations for using a custom motor manufacturer is the belief that a specialist can manufacture a motor, quicker, less expensively and with a greater level of quality. It is the ability to manufacture a quality product that reaps both cost and time benefits.
To obtain a high level of quality, a successful DC motor manufacturer should implement standardized work processes to enhance consistency and reliability. The motors should be tested throughout the production chain to verify this quality.
Sherrymotors understands the vital importance of manufacturing process control to produce consistent and reliable product.
Sherrymotors has invested in ISO-9001: 2008 registration and implemented Lean Six Sigma initiatives. All of its machining operations undergo first piece inspections and all of its motors go through end-of-line testing.
Sherrymotors uses documented manufacturing procedures and its production work-stations are linked to the engineering department to ensure all parts are manufactured to the latest revisions.

DC Gear Motor List

Key features that set Sherrymotors’ electronically commutated EC motors apart are their excellent torque performance, high power, extremely wide speed range, and unrivaled service life. The outstanding controllability of the motors permits the creation of high-precision positioning drives.

Applications of DC Gear Motor

DC gear motors are used primarily in automotive applications such as power winches on trucks, windshield wiper motors and power seat or power window motors. Jacks, cranes, lifts, clamping, robotics, conveyance, and mixing are just some of the applications gearmotors are used for in industry.

How to choose DC Gear Motors?

As the China’s largest manufacturer of fractional horsepower electric motors, we serve manufacturers operating in pretty much every industry. Each has its own unique requirements that need to be met to ensure the perfect drive solution across a range of applications and when it comes to selecting geared electric motors, there are certain things you can specify to tailor them exactly to your specification. Our helpful tips below will help you narrow down the search for your perfect geared motor.

Factors to Consider When Buying a DC Gear Motor

01 How much torque is required?

If your application requires a gear motor to do a lot of work – for example, materials handling equipment, stair lifts or patient hoists – you’ll likely need a motor capable of delivering a lot of torque. A great example is in the rapidly growing caravan mover market, where smooth delivery and high torque are prerequisites to ensure even the largest caravans can be moved and parked safely and accurately.

02 How much power will I need?

When purchasing an electric motor for your application, it’s important to consider the amount of power required for it to function as intended. You might want to think about how hard you’ll need to drive a motor and whether the application will require the motor to be operating at maximum output for sustained periods of time.

03 Is AC or DC the right choice?

Another important consideration is whether to go for an AC or DC geared motor. Generally, AC motors offer smooth, quiet operation and are capable of operating at high speeds. Alternatively, DC motors are a great choice if you need to achieve a constant, high torque. If your application demands a particularly quiet operation, such as an electric wheelchair, an AC geared motor might be the solution for you.

04 What battery voltage will I need?

The battery voltage required can depend on what you’re asking your product to do and a higher voltage can help increase a motor’s torque and power. Therefore, it’s worth considering a higher battery voltage to improve consistency of power at an increased level.

05 What are the usage demands?

Consider how often your geared electric motor will be operational. Your product might run continuously day in, day out, which would be typical of the sort of operating pattern found in industrial automation applications. Alternatively, your product might only need to operate in short bursts with longer periods of downtime. A more demanding application might be more closely suited to an AC motor because they can cope with intense operational requirements and are highly durable.