The GEARWRENCH mini screwdrivers design is ideal for speed and access. The dual-material handles provide comfort and enhanced performance, while the Tri-Lobe ergonomic feature gives the user the optimal balance of strength and efficiency. The "Speed Zone" on the handles allows you to rotate the screwdriver with ease in lower-torque applications. The screwdriver's black oxide coating delivers a safe, non-slip grip when working on delicate projects. A combination of color-coded caps, laser-etched sizes, and highly-legible part numbers on all screwdrivers indicate their tip style.
Details
Armstrong to GearWrench Cross References:
Cornwell Cross Reference:
TM2210|3/8" x 10MM Skt 6pt|;
Craftsman Cross Reference:
9-45852|10MM LASER,SOCKET|Yes;
Craftsman Industrial Cross Reference:
23086|SOCKET,10MM 6PT 3/8"DR |Yes;
Handle Size; Diameter x Length:
JET Cross Reference:
671510|3/8" DR X 10MM 6 PT SOCKET|;
Long Description:
2mm x 60mm Mini Slotted Dual Material Screwdriver
Proto Cross Reference:
J5210MH|SKT 3/8 DR 10MM 6 PT|Yes;
SK Cross Reference:
310|Skt Chrm 3/8Dr St 6PT 10MM|Yes;
Snap-on Cross Reference:
BLPSM3810|3/8IN DR 6PT|Yes;
Table Description:
Dual Material Slotted Mini Screwdriver 2mm x 60mm
Unitool Cross Reference:
UT4010M|10MM-3/8"DR.REGULAR SOCKET 6PT.|Yes;
URREA Cross Reference:
5210HM|3/8 IN DR 6-PT 10 MM CHROME SOCKET|Yes;
Williams Cross Reference:
BM-610|3/8" Drive STD Socket Metric 6pt 10MM|Yes;
Wright Cross Reference:
30-10MM|10mm 3/8" Dr. 6 Pt. Std. Metric Socket|No;
Manufactured By:
GearWrench
Other Details
Blades laser etched with part number and size for quick identification
Color coded caps indicate tip style for faster, more efficient use
Dual material handle offers a more comfortable grip and higher performance
Ergonomic tri-lobe dual material handle provides the optimal balance of strength and efficiency
Meets or exceeds ASME standards for performance and quality
Non-Slip black oxide tip for more secure fit in fastener
Oil and solvent resistant handle provides a longer tool life
“Speed Zone” handle design for faster rotation in low-torque applications