Product was successfully added to your shopping cart.

Beta 1927OLS

The reversible impact wrench that does not need to be lubricated.

Beta 1927OLS

Thanks to the OIL-LESS system, it is no longer necessary to lubricate the impact wrench periodically, thus ensuring consistent performance and much easier maintenance.
Discover the Promotion

Maximum durability and no lubrication

Oil-less Technology

  • Years of studies and internal tests have made it possible to design and engineer our first OIL-LESS impact wrench, a significant innovation in the field of pneumatic tools. The internal components are made with advanced self-lubricating materials and assembled in such a way as to significantly reduce friction, extending the tool’s service life without the need for daily lubrication.

Beta 1927OLS Video

Beta 1927OLS

The innovative Oil-less system, designed and engineered entirely in Beta, eliminates the risk of failure due to lack of lubrication, ensuring that your screwdriver is always ready for use when you need it.

Custom comfort

Technical features:

Beta 1927OLS

  1. Aluminum body: Lightweight and extremely durable.
  2. Power: 3 power levels for tightening and 1 for loosening
  3. Anti-vibration grip: Reduces stress on the hand during use for greater comfort.
  4. Air outlet hole: Air exhaust at the bottom of the grip for better control and greater precision.
Go to the 19270LS Screwdriver

Why choose an oil-less impact wrench?

Oil-less Technology

  • Oil LessNo lubrication required: our oil-less impact wrench does not require the addition of lubricating oil like traditional screwdrivers, drastically reducing the need for periodic maintenance and the possibility of failures due to missing or incorrect lubrication.
  • Oil Less4 times longer lifespan: innovative self-lubricating materials and perfect component alignment lead to a lifespan 4 times longer than a traditional screwdriver.
  • Oil LessHigh and consistent performance over time: the absence of oil eliminates possible performance changes caused by oil deterioration, such as variation in torque or reduced effectiveness during demanding jobs, thus improving operational efficiency.