Screwdriver Stanley SFMCD700D2A-QW

The Screwdriver Stanley SFMCD700D2A-QW is a 20V electric screwdriver tailored for efficient fastening tasks. It combines a compact design and an ergonomic grip with variable speed control to deliver precise screwdriving performance. With a maximum torque of 30 Nm, the tool addresses a wide range of assembly and repair jobs while remaining suitable for both professional users and DIY enthusiasts.

Advantages

The compact form factor and ergonomic handle reduce operator fatigue and improve access in confined spaces. Variable speed settings provide fine control for delicate work and faster operation for larger screws. The 20V power delivery and 30 Nm maximum torque balance portability with sufficient driving force for many common fastening applications.

Suitable for

• General assembly and installation work
• Home repairs and DIY projects
• Light to medium carpentry and joinery tasks
• Furniture assembly and renovation work

Key specifications

• Power: 20V electric
• Maximum torque: 30 Nm
• Design: compact, suited for tight spaces
• Grip: ergonomic handle for improved comfort
• Speed control: variable speed settings for precise operation
• Category: Electric screwdrivers
• Brand: Makita

How to use

Before use, ensure the screwdriver battery is charged and securely fitted if applicable. Select an appropriate bit for the screw head and insert it firmly into the chuck. Adjust the variable speed control to a low setting for initial alignment and delicate materials, increasing speed as needed for faster driving. Apply steady pressure and keep the tool aligned with the screw axis to avoid cam-out. Use the maximum torque setting only when required to prevent over-tightening and damage to workpieces.

Usage recommendations

For consistent results, match the speed and torque to the material and screw size, and use the ergonomic grip to maintain control. When working in confined spaces, use the compact profile to position the bit accurately, and periodically check screw tightness rather than relying on full torque for final seating.