What is the difference between Makita 5007MG and 5007Mga?

What is the difference between Makita 5007MG and 5007Mga?

One of the most trustworthy names when it comes to circular saws is Makita. They have given us two great options: the 5007Mg and the 5007Mga. The principal difference between the two is that the 5007Mga has an electric brake whereas the 5007Mg does not.

What is a magnesium shoe on a circular saw?

Makita 5007MG 7-1/4″ Magnesium Circular Saw Magnesium Circular Saw features highly durable magnesium components and a powerful 15 AMP Makita-built industrial motor. The 5007MG seamlessly balances weight, power, durability, and ease of use, making it the most refined circular saw on the market.

What is electric brake on circular saw?

Electric Brakes – An electric brake stops the motor in about two seconds after releasing the trigger, while a saw without an electric brake will take about 10 to 15 seconds to stop. The electric brake works by reversing the flow of electricity to the saw motor.

What is the best circular saw?

10 Best Circular Saws Of 2021 [Reviews And Buyer’s Guide]

  • Dewalt DWE575SB Sidewinder Circular Saw.
  • Skilsaw SPT77WML-01 Worm Drive Circular Saw.
  • Makita 5477NB Hypoid Saw.
  • Bosch CSW41.
  • Dewalt DCS577B Cordless Worm Drive Circular Saw.
  • Makita 5007MGA.
  • WORX WX427L Compact Circular Saw.
  • Porter-Cable PCC660B Cordless Circular Saw.

Who makes Makita Circularsaws?

Makita Corporation (株式会社マキタ, kabushiki gaisha Makita) (TYO: 6586) is a Japanese manufacturer of power tools.

How many watts does a Makita circular saw use?

A circular saw typically runs on around 1,200 watts of electrical power.

Is electric brake necessary circular saw?

On the best circular saws and many other saws, an electric brake marks a premium feature. Without an electric brake, a blade can continue spinning for 10 seconds or more on some saws. An electric brake stops the blade in about 2 seconds.

How does blade stop work?

The blade carries a small electrical signal, which the safety system continually monitors. When skin contacts the blade, the signal changes because the human body is conductive. The change to the signal activates the safety system.

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