Screw and Nut Drivers

Screw and Nut Drivers - Sets

Image	Part Number	Description / PDF	Quantity	Rfq
	46095 Wiha	SCREWDRIVER SET PHIL/SLOT 5PC	0
	74990 Wiha	BIT SET ASSORTED W/POUCH 19PC	0
	35197 Wiha	HEX KEY SET 9PC	0
	28193 Wiha	BLADE SET ASSORTED W/POUCH 6PC	0
	10691 Wiha	NUT DRIVER SET W/POUCH 11PC	0
	52098 Wiha	SCREWDRIVER SET PHIL SLOT 8PCS	0
	28094 Wiha	BLADE SET ASSORTED W/CASE 11PC	0
	62994 Wiha	BLADE SET HEX W/POUCH 14PC	0
	39291 Wiha	NUT/SCREWDR SET ASSORT W/CASE 59	0
	95792 Wiha	SCREWDRIVER SET TORX 7PC	0
	38006 Wiha	BIT SET ASSORTED W/HOLDER 6PC	0
	28290 Wiha	BLADE SET PHIL/SLOT W/POUCH 4PC	0
	26988 Wiha	BLADE SET HEX SCKT W/HANDLE 9PC	0
	51099 Wiha	SCREWDRIVER SET PHIL/SLOT 11PC	0
	75681 Wiha	BIT SET TORX W/HOLDER 10PC	0
	28585 Wiha	NUT SCREWDR SET ASSORTED 59PC	0
	29192 Wiha	SCREWDRIVER SET TORXPLUS 5PC	0
	38017 Wiha	BIT SET ASSORTED W/HOLDER 9PC	0
	26991 Wiha	BLADE SET PHIL/SLOT W/POUCH 6PC	0
	28080 Wiha	BLADE SET ASSORTED W/POUCH 22PC	0

Screw and Nut Drivers - Sets

1. Overview

Screw and Nut Drivers - Sets are multi-component toolkits designed for fastening or loosening screws, nuts, and bolts. These systems combine ergonomic design, mechanical precision, and material durability to deliver efficient torque transfer in industrial, automotive, and maintenance applications. Their importance in modern technology stems from their role in assembly lines, equipment maintenance, and precision engineering, where reliability and repeatability are critical.

2. Main Types and Functional Classification

Type	Functional Features	Application Examples
Manual Screwdriver Sets	Fixed or adjustable torque, interchangeable bits	Electronics assembly, HVAC maintenance
Electric Screwdrivers	Variable speed control, clutch mechanisms	Automotive production lines, furniture manufacturing
Pneumatic Nutrunners	High torque output, durable for continuous use	Aerospace fastening, heavy machinery assembly
Socket Wrench Sets	Multiple socket sizes, ratchet mechanisms	Automotive repair, pipeline maintenance
Torque Screwdrivers	Precise torque adjustment with audible feedback	Semiconductor packaging, medical device assembly

3. Structure and Components

Typical construction includes:

Handle: Ergonomic polymer or composite material for grip and shock absorption
Shaft: Heat-treated chrome-vanadium steel for torsion resistance
Drive Mechanism: Quick-release couplings (1/4", 3/8", 1/2" standards) or magnetic bit holders
Interchangeable Heads: S2 steel alloy bits with coatings (e.g., black oxide for corrosion resistance)
Torque System: Adjustable clutch rings or digital torque control modules

4. Key Technical Specifications

Parameter	Typical Range	Importance
Torque Range	0.5 150 N m	Determines fastening strength and material compatibility
Drive Size	1/4", 3/8", 1/2"	Affects tool versatility and fastener compatibility
Hardness	55 62 HRC	Impacts wear resistance and tool longevity
Speed	0 3000 RPM	Influences productivity in repetitive tasks
Insulation Rating	1000 V CAT III	Critical for electrical safety compliance

5. Application Fields

Automotive: Engine assembly, wheel hub fastening
Electronics: PCB component installation
Aerospace: Composite material fastening systems
Construction: Steel framework connections
Medical: Surgical instrument sterilization tray assembly

6. Leading Manufacturers and Products

Manufacturer	Representative Product	Key Features
Wiha	Precision VDE Screwdriver Set	Insulated handles, 1000V safety rating
Ingersoll Rand	QX Series Pneumatic Nutrunner	3% torque accuracy, composite housing
Stanley Proto	Jumbo Socket Wrench Set	25-pc, 1/2" drive, chrome-molybdenum alloy
Matsumoto	MPZ Digital Torque Driver	Bluetooth data logging, 1% repeatability

7. Selection Recommendations

Match torque requirements to application (e.g., 5 10 N m for plastics)
Verify fastener compatibility (e.g., Torx, Hex, Pozidriv)
Evaluate ergonomics for repetitive tasks (e.g., soft-grip handles)
Consider environmental factors (e.g., anti-spark materials for explosive atmospheres)
Balance investment cost with expected usage cycles

8. Industry Trends

Key developments include:

Integration with IoT-enabled torque monitoring systems
Adoption of brushless motor technology for cordless tools
Growing demand for lightweight carbon-fiber reinforced handles
Expansion of modular systems with over 100 interchangeable bits
Implementation of AI-assisted torque optimization algorithms