What is Brushless Electric Screwdriver Manufacturer and Why Do We Use Them?

The manufacturing industry has made many advancements forward and the production has been made easier and faster. The electric screwdriver is one of those tool to make a significant impact. Whether in high-volume production assembly-lines or performing delicate electronic work, the right electric screwdriver can impact assembly-line productivity and product quality. Specifically, brushless screwdrivers have been making waves in the industry. But what exactly is a brushless screwdriver? And how does it compare to its brushed motor counterpart? What is the difference between brushed vs brushless tools?

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What is a Brushed Motor Screwdriver?

A brushed motor screwdriver is a traditional design that uses a motor to create the torque necessary to tighten a fastener. The motor inside relies on carbon brushes for the tool to work. These carbon brushes and motors work well, but they come with significant downsides that wear out the tool over time. The main components, which include brushes and switches, need to be replaced regularly, to keep the tool running and long-lasting. In addition to regular maintenance, brushed motors generate heat, which eventually wears the tool down and reduces the tool’s lifespan. As these parts deteriorate, performance plummets and soon the tool may even cease to function properly. It’s these things that make the brushed tool less reliable for heavy, long-term use, especially industrial assembly.

What is a Brushless Screwdriver?

More recent electric torque screwdrivers utilize a design that forgoes the need for any carbon brushes. Instead of creating power through physical contact, the brushless motor screwdriver uses electronics to create torque via electromagnetism. This reduces any friction and heat previously created by brushed motor parts and as a result the tool runs cooler and more efficiently for much longer. Because there are fewer parts to wear out in these torque tools, they don’t need as much maintenance as their brushed counterparts. Brushless motor screwdrivers also provide more consistent power, which make them a perfect tool for high-precision or heavy-duty tasks. These reasons make brushless screwdrivers a powerful choice over standard brushed screwdrivers.

Benefits of Brushless Screwdrivers

1. Lower Maintenance Requirements: With no brushes to replace, the maintenance needs are minimal, reducing both time and expenses.
2. Longer Lifespan: The absence of brush and commutator erosion extends the tool’s operational life.
3. Reduced Noise: Brushless motors operate much quieter, which contributes to a more comfortable work environment for the operator.

Why Are Brushless Tools Better?

The advantages of brushed vs brushless tools go beyond longer life and reduced maintenance. They offer several operational improvements, such as:

• No Carbon Dust: Because of the lack of physical parts in the tool, brushless screwdrivers no longer generate carbon dust, which make them a great choice for clean rooms, and electronic work. 
• No Sparking or EMI Disturbances: without the physical brushes, there is no sparking and therefore reduces all chances of electromagnetic interference (EMI). At the same time it reduces heat which allows the screwdriver to used safely for longer periods of time. 
• Less Fatigue: eliminating the brushes from the tool, allows the screwdriver to run quieter and cooler. As result the screwdrivers can be used for an extended period of time.
• Better Battery Life: For our cordless torque screwdriver models, brushless tools run more efficiently therefore consuming less power, resulting in longer battery life. This increases the longevity of the tool in general.

Conclusion

The move to brushless screwdrivers is a significant shift in the advancement of electric torque tools. With less moving parts and a more efficient design, brushless screwdrivers help to enhance production line output and also reduce overall operation costs. All of these benefits, along with a longer lifespan, reduced maintenance downtime, and improved overall performance help make brushless screwdriver the best choice for manufacturing and assembly.

For manufacturers seeking to optimize their assembly processes, investing in brushless electric screwdrivers is a smart choice that delivers both cost savings and better product quality. These tools are the future of electric screwdrivers, offering power, precision, and longevity unmatched by their brushed counterparts.

If you want to learn more, please visit our website Brushless Electric Screwdriver Manufacturer.

Brushless electric screwdrivers are an effective solution for engineers to mitigate manufacturing risks, low productivity, and high product scrap rates. As production demands ramp up, electric torque screwdrivers allow manufacturers to increase productivity, lower costs, and reduce product defects. Electric torque screwdrivers are designed for precision torque control and to ensure product quality, cost savings, and reduced assembly failures. Screws and bolts that are not correctly torqued can vibrate loose, and excessive torque can strip threaded fasteners or damaged parts.

An electric screwdriver with a brushed motor incurs frequent maintenance intervals and costs that impede manufacturing efficiency and production output. Keeping power tools operating at total capacity is an essential objective for a manufacturing engineer to ensure productivity doesn’t falter.

Electric screwdrivers with brushless motors are engineered for higher efficiency and performance. Brushless power tools are less susceptible to mechanical wear than their brushed motor counterparts. The brushless motor solves many of the limitations of brushed motors by combining higher output power, better heat dissipation and efficiency, more comprehensive operating speed ranges, and low electrical noise operation.

The LF-Series brushless electric screwdrivers are built for tightening small screws, nuts and bolts. These mechanical clutch screwdrivers offer excellent fastening capability. The low-torque electric screwdrivers provide automatic shutoff capabilities for sensitive electronics or other low-torque applications. The electric screwdriver automatically stops when the preset torque value is achieved.

These durable assembly tools increase productivity and enhance product quality through precision torque control and user comfort. Mountz offers various models of the LF-Series tool, ranging from 0.8 to 15.6 inch pounds. These assembly tools are often used for light assembly applications in aerospace, electronics, and medical manufacturing industries. The ESD-safe tool prevents electrostatic discharge, which improves production yields, manufacturing costs, product quality, product reliability, reputation, and profitability. The versatile torque driver features an external torque adjustment scale, allowing easy torque adjustment.

When selecting an electric torque screwdriver, you don’t need to worry about an air compressor, air hose, filter, regulator, or lubricator. The nuisances of operating a pneumatic tool, such as air pressure fluctuations in the airline, are eliminated. This ensures a smooth manufacturing process, as the tool is easy to manage and maintains consistent performance and torque accuracy.

Benefits of a Brushless Low-Torque Electric Screwdriver

• Various models range from 0.8 – 15.6 lbf.in (9.8 – 117.6 cN.m)
• Designed to increase production rates and provide precision torque control, the electric screwdriver automatically stops when the preset torque has been reached.
• An ESD-safe tool prevents electrostatic discharge, improving production yields, manufacturing costs, product quality, product reliability, reputation, and profitability.
• Ensures accuracy in fastening with precision automatic shut-off clutch once preset torque is achieved.
• It features a low-voltage, heavy-duty brush-style motor design.
• The external torque adjustment scale allows team leaders to change torque quickly and easily. For an extra layer of error-proofing, add a torque coverthat prevents operators from making adjustments without approval, preventing mistakes.
• Models are available in lever start and push-to-start configurations.
• LF-Series drivers can be connected with the Scout Screw Counter for an additional layer of error-proofing.