QM3 Series Fixtured Spindles - Closed loop transducerized control

• The closed loop transducerized control provides high accuracy and traceability for advanced torque control strategies.
• With flexible mounting options, an external electronics pod, and high durability cables and connections, you’ll be able to integrate your spindles with ease and security.
• With a heavy duty gear train and brushless DC motor, the QM3 series is as dependable as it is efficient. And with preventative maintenance alarms, you’ll always know when your tool is in need of a tune up.

QM5 Series Fixtured Spindles - Closed loop transducerized control, Simplified integration

• The closed loop transducerized control provides high accuracy and traceability for advanced torque control strategies.
• With flexible mounting options, an external electronics pod, and high durability cables and connections, you’ll be able to integrate your spindles with ease and security.
• With a heavy duty gear train and brushless DC motor, the QM5 series is as dependable as it is efficient. And with preventative maintenance alarms, you’ll always know when your tool is in need of a tune up.

QM7 Series Fixtured Spindles - Closed loop transducerized control, Flexible mounting options.

• The closed loop transducerized control provides high accuracy and traceability for advanced torque control strategies.
• With flexible mounting options, an external electronics pod, and high durability cables and connections, you’ll be able to integrate your spindles with ease and security.
• With a heavy duty gear train and brushless DC motor, the QM7 series is as dependable as it is efficient. And with preventative maintenance alarms, you’ll always know when your tool is in need of a tune up.

QM9 Series Fixtured Spindles - Closed loop transducerized control, Flexible mounting options.

• The closed loop transducerized control provides high accuracy and traceability for advanced torque control strategies.
• With flexible mounting options, an external electronics pod, and high durability cables and connections, you’ll be able to integrate your spindles with ease and security.
• With a heavy duty gear train and brushless DC motor, the QM9 series is as dependable as it is efficient. And with preventative maintenance alarms, you’ll always know when your tool is in need of a tune up.

The ultimate world-class combination — QE Series tools and QC Series controllers — team up to make meeting your critical fastening requirements simple. Offering flexibility, these durable, ergonomically designed tools are easy to use — no experience needed.

• Accuracy: ±1.0% of torque full scale
• 2.7 - 132 Ft Lbs
• ESD Safe, RoHS Compliant
• Email Formal Quote

The QE4 Transducerized DC Tool series provide precise torque, speed, and angle control which provide excellent repeatability. The QE4 Series design lets the operator focus on the task, not the tool.

• Accuracy: ±1.0% of Torque Full Scale
• 0.75 - 25.0 Ft Lb
• ESD Safe, RoHS Compliant
• Email Formal Quote

The ultimate world-class combination — QE Series tools and QC Series controllers — team up to make meeting your critical fastening requirements simple. Offering flexibility, these durable, ergonomically designed tools are easy to use — no experience needed.

• Accuracy: ±1.0% of torque full scale
• 4 - 110 Ft Lbs
• ESD Safe, RoHS Compliant
• Email Formal Quote

Designed to work either alone or in multiples, these spindles will deliver the quality and performance your fastening application may require.

Designed to work either alone or in multiples, these spindles will deliver the quality and performance your fastening application may require.

Designed to work either alone or in multiples, these spindles will deliver the quality and performance your fastening application may require.

Designed to work either alone or in multiples, these spindles will deliver the quality and performance your fastening application may require.

Designed to work either alone or in multiples, these spindles will deliver the quality and performance your fastening application may require.