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KF (S4) – SERIES HIGH PRECISION PLANETARY GEARBOXES

The Apex KF series has a 90° input via precision ground hypoid gear. It features an extremely short, light yet rigid housing and full compatibility with standard motor adapters. Highest Precision, Highest Torque and Quiet Operation are provided by optimized Hypoid Right Angle Gearing. High Axial and Radial Loads provided by High Precision Taper Roller Bearings. Available with Smooth Output Shaft (-S1), Keyed Output Shaft (-S2), DIN 5480 Output Spline (-S3) and Compression Clamp Hollow Shaft (-S4).

KH-SERIES HIGH PRECISION HYPOID GEARBOXES

The Apex KF series has a 90° input via precision ground hypoid gear. It features an extremely short, light yet rigid housing and full compatibility with standard motor adapters. Highest Precision, Highest Torque and Quiet Operation are provided by optimized Hypoid Right Angle Gearing. High Axial and Radial Loads provided by High Precision Taper Roller Bearings. Available with Smooth Output Shaft (-S1), Keyed Output Shaft (-S2), DIN 5480 Output Spline (-S3) and Compression Clamp Hollow Shaft (-S4).

L-SERIES HIGH PRECISION PLANETARY GEARBOXES

The Apex L-Series is a precision planetary gearbox designed for AGV applications.  The unique rotary housing allows a drive wheel or pully to be mounted over the exterior, burying a large part of the gearbox in the wheel or pulley.  The result is space savings in the robot or cart.

The L is also available with a shaft input (L), which allows the gearbox to be driven by belt and pulley.

PAII-SERIES HIGH PRECISION PLANETARY GEARBOXES

The PAII series is an economy flanged output precision planetary gearbox with accuracy down to less than 6 arc minutes. The PII series features lower inertia, lower size and weight, quieter operation, reduced backlash, increased efficiency and greater mounting versatility.

PAIIR-SERIES HIGH PRECISION RIGHT ANGLE PLANETARY GEARBOXES

The Apex PAIIR series is a high precision economy right angle planetary gearhead. The PIIR series design has been optimized for higher accuracy, lower weight and length, and greater motor mounting versatility. The PAIIR features an industry standard metric square through holed bolt circle flange output, carbon steel and aluminum construction, precision bonded housings for greater accuracy and faster, more precise assembly, and laser welded pinions for the highest concentricity two part assemblies. Low profile planetary gearing and precision ground spiral bevel right angle gears provide smooth, quiet operation and accuracy.

PD-SERIES HIGH PRECISION PLANETARY GEARBOXES

The PD series is an economy rotary flange output precision planetary gearbox with accuracy down to less than 6 arc minutes. The PD series features lower inertia, lower size and weight, quieter operation, reduced backlash, increased efficiency and greater mounting versatility.

PDR-SERIES HIGH PRECISION PLANETARY GEARBOXES

The PDR series is an economy right angle rotary flange output precision planetary gearbox with accuracy down to less than 6 arc minutes. The PD series features lower inertia, lower size and weight, quieter operation, reduced backlash, increased efficiency and greater mounting versatility.

PEII-SERIES HIGH PRECISION PLANETARY GEARBOXES

The Apex PEII series is the newest revision of the P series. The PII series design has been optimized for higher accuracy, lower weight and length, and greater motor mounting versatility. The PEII features an industry standard metric c-face output flange, carbon steel and aluminum construction, precision bonded housings for greater accuracy and faster, more precise assembly, and laser welded pinions for the highest concentricity two part assemblies.

PEIIR-SERIES HIGH PRECISION RIGHT ANGLE PLANETARY GEARBOXES

The Apex PEIIR series is a high precision economy right angle planetary gearhead. The PIIR series design has been optimized for higher accuracy, lower weight and length, and greater motor mounting versatility. The PEIIR features an industry standard metric tapped face output, carbon steel and aluminum construction, precision bonded housings for greater accuracy and faster, more precise assembly, and laser welded pinions for the highest concentricity two part assemblies. Low profile planetary gearing and precision ground spiral bevel right angle gears provide smooth, quiet operation and accuracy.

PGII-SERIES HIGH PRECISION PLANETARY GEARBOXES

The PII series design has been optimized for higher accuracy, lower weight and length, and greater motor mounting versatility. The PGII features an industry standard metric c-face output flange, carbon steel and aluminum construction, precision bonded housings for greater accuracy and faster, more precise assembly, and laser welded pinions for the highest concentricity two part assemblies.

PGIIR-SERIES HIGH PRECISION RIGHT ANGLE PLANETARY GEARBOXES

The Apex PGIIR series is a high precision economy right angle planetary gearhead. The PIIR series design has been optimized for higher accuracy, lower weight and length, and greater motor mounting versatility. The PGIIR features an industry standard metric tapped face output, carbon steel and aluminum construction, precision bonded housings for greater accuracy and faster, more precise assembly, and laser welded pinions for the highest concentricity two part assemblies. Low profile planetary gearing and precision ground spiral bevel right angle gears provide smooth, quiet operation and accuracy.

PINION

Apex Dynamics precision rack and pinions for sale are the ideal choice for a variety of automation applications. Rack and pinion systems can replace ball screw systems with longer travel capability without adding inertia and offer higher force capability. You can also replace linear motors with rack and pinion to provide lower cost and similar performance in many applications. Highly accurate systems for machine tools and measurement systems can be engineered with rack and pinion using electrical preload designs.

Browse our selection of precision rack and pinions for sale from Apex Dynamics to find the high-performance components you need.