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Superior decrease the clamping error in production line.

Structure characteristic of TORX PLUS®

TORX PLUS® DRIVE SYSTEM

Superior performance improved by TORX®

If there is problem of production line when they clamp up screw When they clamp up the screw, do you imagine how do the production cost down if there is no CAM-OUT phenomenon or prevent looseness after screw clamp up with exact force or there is no stop the production line to change the driver bit?

Strength
Effectiveness
Benefit
1) Elliptially-Based Geometry
Not sharp in edge and strong in shock
Decrease damage of Driver Bit
Decrease damage of screw
2) 0° Drive Angle
Transmit no loss with force that has setting in driver
Prevent looseness with proper drive transmission
Minimize the damage of driver bit
Prevent the cam-out
3) Six Lobes with Large Cross- Sectional Area)
Driver bit cross section : Realize the best force between cross section area 1:1 of screw wall 
If there is contact wear, it absorbs the shock when contacting the ellipse
Decrease the damage of driver bit
Decrease of screw damage
Prevent the electrical problem with preventing of chip
Cost down of changing tool
4) Vertical Sidewalls & Reduced Recess Fall away
Prevent CAM-OUT in vertical area
Reduce the worker force due to CAM-OUT
Prevent screw, driver bit and goods
Reduce the worker fatigue
Improve the tool life more 2~10 times than TORX. Save the tool cost
5) Inch & Metric In One Drive Tool
Decrease kinds of Tool
Decrease change time of Tool
Decrease all number of Tool
6) Compatible with Torx® Drive for Field Service
Can mixed tool in A/S
Possible to cost down of A/S tool supply
TORX PLUS® Specification

Drive Size
Pan Head
Flat Head
Socket Button
Truss Head
inch
Metric
inch
Metric
inch
Metric
inch
Metric
1IP
...
M0.9
...
M0.9 & M1
...
...
...
...
2IP
...
M1.0
...
M1.2
...
...
...
...
3IP
...
M1.2
#0
M1.4
...
...
...
...
5IP
#0
M1.4 & M1.6
#1
M1.6 & M1.8
...
...
...
...
6IP
#1
M2
#2
M2
#2
...
...
...
7IP
#2
...
#3
...
#3
...
#2
...
8IP
#3
M2.5
#4
M2.5
#4
M3
#3
M3.5
10IP
#5 & #6
M3
#6
M3.5
#6
M3.5
#4
M4
15IP
#8
M3.5
#8
M3.5
#8
M4
#5 & #6
M5
20IP
#8
M4
#10
M4
#10
M4
#8
M5
25IP
#10
M5
#12
M5
#10
M5
#10
M6
27IP
#12
...
...
...
...
M6
#12
M6
30IP
#1/4
M6
1/4
M6
1/4
M6
1/4
M8
40IP
#5/16
...
5/16
M8
5/16
M8
5/16
...
45IP
#3/8
M8
3/8 & 7/16
...
3/8
M10
3/8
M10
50IP
#7/16
M10
1/2
M10
...
...
7/16
M12
55IP
#1/2
M12
9/16 & 5/8
M12
1/2
M12 & M14
9/16 & 5/8
...
60IP
...
...
3/4
...
5/8
M16
3/4
...
70IP
...
...
...
...
...
...
...
...
80IP
...
...
...
...
...
...
...
...
90IP
...
...
...
...
...
...
...
...
100IP
...
...
...
...
...
...
...
...

TORX®

Advantages of TORX®

otation angle of 15° for torque transmission

  • Reduces torque dispersion.
  • Minimizes stress on the tool, extending its service life.

Vertical contact surface

  • Provides stronger engagement.
  • Prevents cam-out caused by the driver bit slipping during rotation.
    ※ Cam-out refers to the phenomenon where the driver bit slips and comes out while turning.

Wider contact surface

  • Distributes force evenly, preventing tool wear.

Unified inch–millimeter standard

  • Allows the use of the same tools across both inch and metric specifications.
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