Screw and Nut Drivers

Image Part Number Description / PDF Quantity Rfq
36284

36284

Wiha

SCREWDRIVER TORX T30 9.2"

0

BD144

BD144

Klein Tools

SCREWDRIVER SLOTTED 1/4" 8.5"

2

26572

26572

Wiha

NUT DRIVER HEX SOCKET 7/64" 6.3"

0

P28

P28

Klein Tools

SCREWDRIVER PHILLIPS #2 11.63"

12

R3163N

R3163N

Xcelite

SCREWDRIVER SLOTTED 3/16" 6.63"

0

32270

32270

Wiha

NUT DRIVER HEX SOCKET 3/8" 9.57"

4

R144N

R144N

Xcelite

SCREWDRIVER SLOTTED 1/4" 8.13"

0

32531

32531

Wiha

SCREWDRIVER TORX T10 6.5"

32

630-5/8

630-5/8

Klein Tools

NUT DRIVR HEX SOCKET 5/8" 9.38"

5

26351

26351

Wiha

SCREWDRIVER HEX 2.5MM 6.3"

0

32521

32521

Wiha

SCREWDRIVER TORX T8 6.5"

79

VDE 2163 TX T6

VDE 2163 TX T6

GEDORE Tools, Inc.

VDE SCREWDRIVER TORX T6

17

32215

32215

Klein Tools

SCREWDRIVER SLOT 6.4MM 11.25"

6

FR716DR

FR716DR

Panduit Corporation

NUT DRIVER HEX SCKT 7/16" 7.35"

4

26065

26065

Wiha

SCREWDRIVER SLOT 0.4X2.5MM 5.9"

18

L8MN

L8MN

Xcelite

NUT DRIVER HEX SOCKET 1/4"

0

ND-6.5MM

ND-6.5MM

Ampco Safety Tools

NUTDRIVER 6.5MM

1

LN23N

LN23N

Xcelite

SCREWDRIVER HEX 3/32" 7.13"

80

AT-6800C

AT-6800C

Hakko

BRUSH, ELECTRIC SCREWDRIVER WITH

2

VDE 2160 PH 2

VDE 2160 PH 2

GEDORE Tools, Inc.

VDE SCREWDRIVER PH 2

11

Screw and Nut Drivers

1. Overview

Screw and nut drivers are hand or power tools designed to install/remove threaded fasteners (screws, bolts, nuts) by applying rotational force (torque). They serve as critical components in mechanical assembly, maintenance, and repair across industries. Modern advancements include ergonomic designs, torque-controlled systems, and integration with smart manufacturing processes.

2. Main Types and Functional Classification

TypeFunctional FeaturesApplication Examples
Manual ScrewdriversHexagonal or slotted tips, ergonomic handlesElectronics assembly, furniture installation
Impact DriversHigh-torque rotational impacts, compact designAutomotive repair, heavy machinery maintenance
Torque WrenchesPrecision torque adjustment, audible feedbackAerospace fastening, engine assembly
Electric ScrewdriversVariable speed control, clutch mechanismsMass production lines, PCB assembly
Pneumatic NutrunnersAir-powered, high power-to-weight ratioAutomotive tire changing, pipeline maintenance

3. Structure and Components

Typical construction includes: - Drive Head: Interchangeable bits (Phillips, Torx, hex) or sockets - Transmission System: Gears, clutch mechanisms, or impact hammers - Power Source: Manual force, electric motors (brushless DC), pneumatic cylinders - Ergonomic Housing: Rubberized grips, vibration damping materials - Control Interface: Torque adjustment rings, speed selectors

4. Key Technical Specifications

ParameterImportance
Torque Range (Nm)Determines fastening strength and material compatibility
No-Load Speed (RPM)Affects work efficiency in repetitive tasks
Power Source TypeInfluences portability and operational environment
Bit CompatibilityDictates versatility across fastener types
Vibration Level (m/s )Impacts user comfort and safety compliance

5. Application Fields

Main industries include: - Automotive: Engine assembly, brake system installation - Aerospace: Composite material fastening, turbine maintenance - Electronics: PCB screw assembly, heat sink installation - Construction: Steel structure bolting, HVAC system installation - Medical: Surgical instrument sterilization and maintenance

6. Leading Manufacturers and Products

ManufacturerCountryRepresentative ProductKey Features
Ingersoll RandUSAW7150 Air Nutrunner1,200 Nm torque, composite housing
Snap-onUSATECH 9R Electric Driver0.5-6 Nm range, IoT connectivity
BoschGermanyGSR 18V-EC Impact DriverBrushless motor, 5,500 RPM
YatoPolandYT-08120 Torque Wrench12-120 Nm, 3% accuracy

7. Selection Recommendations

Key considerations: - Match torque specifications to fastener requirements - Prioritize cordless models for mobility-requiring tasks - Choose ESD-safe variants for electronics work - Opt for modular systems with interchangeable bits - Consider vibration reduction for prolonged use

8. Industry Trends

Emerging developments: - Wireless IoT-enabled tools with torque data logging - Carbon fiber-reinforced composite materials reducing tool weight - AI-powered torque control systems preventing over-tightening - Modular battery systems enabling tool interoperability - Collaborative robot (cobot) integration in smart factories

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