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- Precision Instruments
Today, our family and everyone at Precision Instruments continue to design and manufacture accurate, reliable and durable torque wrenches for customers around the world
- Precision Instruments | Products
Since 1938 Precision Instruments has manufactured the torque products that industry depends on Whether the application involves delicate fasteners at 8 ounce inch of torque, or massive bolts at 10,000 pound foot, Precision Instruments has a solution to fit your needs
- Precision Instruments | Our History
Precision Instruments was incorporated in 1938 to pursue the manufacture of the first torsion bar dial type wrenches Central to the very first patent, awarded five years later, were the tenants of accuracy, reliability, and durability that have become synonymous with the Precision Instruments name
- Precision Instruments | Contact Us
Precision Instruments 1846 Miner Street Des Plaines, IL 60016 Call Us Connect With Us
- Precision Instruments | Dials
The Dial Type Wrench family is accurate to two percent of the reading from 20 percent of full scale to full scale clockwise and counterclockwise It is available in capacities ranging from 15 lb in to 3,000 lb ft The all steel construction and unparalleled accuracy make it an ideal solution for many different types of torque needs Plus, since the wrench is not affected by “hand-hold
- Precision Instruments | Split-Beam Clicks - torqwrench. com
The Split-Beam Click Wrench family is easy to set and does not need to be “turned down” after use—saving time when the application requires frequent changing of the torque setting
- Precision Instruments | FAQ
Find a list of frequently asked questions customers have for our line of products and applications
- Precision Instruments | Drivers
Fully Releasing Drivers The MD1F35H is an adjustable driver ranging from 5 to 35 lb in The body is constructed of steel and anodized aluminum, has a CNC machined knurled grip and 1 4" male drive and comes packaged in a plastic box The MDP1F35 is a preset model ideal for repetitive assembly operations Extremely Accurate-Accurate within 4% of reading from 20% of full scale to full scale
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