FGA Adjustable Torque Screwdrivers

The Mountz FGA adjustable cam-over torque screwdriver is an error-proofing tool that allows engineers to reduce the risk of over-torque on their assembly lines in production environments with critical fasteners often found in electronics, aerospace, and automotive manufacturing. Torque range suitable for micro, low, and medium torque applications.

Using a clutch mechanism, cam-over tools prevent the operator from applying too much torque to the fastener - preventing over-torque events, broken components, costly product returns, and safety risks.

Cam-over technology reduces the possibility of operator error in both fastening directions, which ensures correct torque is applied and prevents fastener breakage. Providing the operator with an adjustable tool provides flexibility where torque values may need to be adjusted on demand, like maintenance, field service, and research applications.

All FGA hand tools have a calibration life of 4x ISO standards that is unmatched by any adjustable torque screwdriver provider.

Redefining Fastening Reliability.

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FGA Adjustable Torque Screwdrivers

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With FGA, you can Proceed with Confidence

Low-impact poka-yoke torque screwdriver prevents over-torque and vibration on sensitive components and delivers repeatability, traceability, and precision for all tightening applications.
Quick torque setting with a digital torque scale provides an accurate and straight forward adjustment process— the scale easily converts between metric and standard units.
Cam-over technology ensures correct torque is applied and reduces fastener breakage.
Our tools are durable & reliable. We provide an Industry leading warranty: 2 years unconditional. Lifetime against defects. Calibration life exceeds ISO standards.

Digital Torque Setting

Enhanced Efficiency

Versatile Solution

Metric to Standard Conversion

Precise and Compact

Model:	FGA-8	FGA-20	FGA-40	FGA-80
Item #:	076720	076721	076722	076723
Drive Size:	1/4" F/Hex	1/4" F/Hex	1/4" F/Hex	1/4" F/Hex
American:	1.6 - 8 lbf.in	2 - 20 lbf.in	4 - 40 lbf.in	8 - 80 lbf.in
S.I.:	18 - 90 cN.m	22 - 226 cN.m	0.45 - 4.5 N.m	0.9 - 9 N.m
Metric:	1.8 - 9.2 kgf.cm	2.3 - 23 kgf.cm	4.6 - 46 kgf.cm	9.2 - 92 kgf.cm
Tool Weight:	13 oz.	13.1 oz.	22.4 oz.	13.3 oz.
Tool Length:	7.2	7	12.5	7

TOOL BENEFITS

Improve field service quality. Accurately tighten critical fasteners of different sizes—all with a single tool.
Quick torque setting with a digital torque scale provides an accurate and straightforward adjustment process— the scale easily converts between metric and standard units.
Torque setting options from 1.6 to 80 lbf.in. (0.18 - 14.1 N.m)

Error-Proofing:

Engineered with a cam-over mechanism, cam-over poka-yoke torque screwdrivers reduce the possibility of operator error in both fastening directions, ensuring correct torque is applied and preventing fastener breakage.

Ergonomics:

Ergonomic handles are designed with fewer flutes and larger recesses to make the tools easier to hold, and less likely to cause hand fatigue.

Advanced Technology:

Mountz torque unique bearing system eliminates axial load and sideloads on the fastener applied by the operator.
Mountz tools use a patented secure bit locking mechanism with a one-touch release so that the operator can activate it to enable greater flexibility of applications and efficiency on the line.
Reduced bit wear lowers the incidence of bits falling out, which can slow production or cause product damage.
The new design improves serviceability, reduces downtime, and enables the replacement of individual parts to extend the life of your investment.

Mountz Quality Standards:

Our tools are durable & reliable. We provide an Industry leading warranty: 2 years unconditional. Lifetime against defects.
Calibration life 4x ISO standards, unmatched by any torque screwdriver.
All Mountz-designed hand tools endure extensive Cmk testing over 20,000 continuous torque readings.

The preferred and certified ranges of these tools is in accordance with the requirements of ISO 6789 (+/- 6% of indicated setting).