Product family
Precision planetary gearboxes for servo and automation systems, including inline, right-angle, high-speed, pulley-adapted and compact reducer families.
Category overview
This category groups the precision planetary series in the product range by layout, frame range, rated output torque, ratio coverage and backlash class. Select the family first, then confirm the exact model row and controlled drawing.
RFQ product range
Select a product family to review its drawing inputs, mating relationships, duty questions and inspection planning.
FAB High Precision Planetary Gearbox is positioned for high-precision inline planetary reduction. The product range presents 9 frame sizes, 42–220 mm, 14–2,000 N·m rated output torque across the listed sizes, and Single-stage ratios 3–10; two-stage ratios 15–100. These family-level values are a selection envelope, not a substitute for confirming the exact size, stage count, motor adapter, output interface, duty cycle and permissible loads for an order.
FAB High Precision Planetary Gearbox is positioned for high-precision inline planetary reduction. The supplied product catalogue presents 9 frame sizes, 42–220 mm, 14–2,000 N·m rated output torque across the listed sizes, and Single-stage ratios 3–10; two-stage ratios 15–100. These family-level values are a selection envelope, not a substitute for confirming the exact size, stage count, motor adapter, output interface, duty cycle and permissible loads for an order.
FABR Right-Angle High Precision Planetary Gearbox is positioned for right-angle high-precision planetary reduction. The product range presents 7 frame sizes, 42–220 mm, 9–2,000 N·m rated output torque across the listed sizes, and Single-stage ratios include 3–20; two-stage ratios extend through 200 in the family overview. These family-level values are a selection envelope, not a substitute for confirming the exact size, stage count, motor adapter, output interface, duty cycle and pe
FABR Right-Angle High Precision Planetary Gearbox is positioned for right-angle high-precision planetary reduction. The supplied product catalogue presents 7 frame sizes, 42–220 mm, 9–2,000 N·m rated output torque across the listed sizes, and Single-stage ratios include 3–20; two-stage ratios extend through 200 in the family overview. These family-level values are a selection envelope, not a substitute for confirming the exact size, stage count, motor adapter, output interface, duty cycle and pe
FAD High Precision High-Speed Planetary Gearbox is positioned for high-precision, high-speed planetary reduction. The product range presents 7 frame sizes, 47–255 mm, 14–2,000 N·m rated output torque across the listed sizes, and Single-stage ratios 4–10; two-stage ratios include 20–100. These family-level values are a selection envelope, not a substitute for confirming the exact size, stage count, motor adapter, output interface, duty cycle and permissible loads for an order.
FAD High Precision High-Speed Planetary Gearbox is positioned for high-precision, high-speed planetary reduction. The supplied product catalogue presents 7 frame sizes, 47–255 mm, 14–2,000 N·m rated output torque across the listed sizes, and Single-stage ratios 4–10; two-stage ratios include 20–100. These family-level values are a selection envelope, not a substitute for confirming the exact size, stage count, motor adapter, output interface, duty cycle and permissible loads for an order.
FADR Right-Angle High Precision Planetary Gearbox is positioned for right-angle high-precision planetary reduction. The product range presents 7 frame sizes, 47–255 mm, 14–2,000 N·m rated output torque across the listed sizes, and Single-stage ratios include 4–20; two-stage ratios extend through 200 in the family overview. These family-level values are a selection envelope, not a substitute for confirming the exact size, stage count, motor adapter, output interface, duty cycle and p
FADR Right-Angle High Precision Planetary Gearbox is positioned for right-angle high-precision planetary reduction. The supplied product catalogue presents 7 frame sizes, 47–255 mm, 14–2,000 N·m rated output torque across the listed sizes, and Single-stage ratios include 4–20; two-stage ratios extend through 200 in the family overview. These family-level values are a selection envelope, not a substitute for confirming the exact size, stage count, motor adapter, output interface, duty cycle and p
FAL Planetary Gearbox with Timing Belt Pulley Adaptation is positioned for high-precision planetary gearbox with timing-belt-pulley adaptation. The product range presents 7 frame sizes, 70–280 mm, 9–2,000 N·m rated output torque across the listed sizes, and Single-stage ratios 2–9; two-stage ratios 10–90 in the family overview. These family-level values are a selection envelope, not a substitute for confirming the exact size, stage count, motor adapter, output interface, duty cycle
FAL Planetary Gearbox with Timing Belt Pulley Adaptation is positioned for high-precision planetary gearbox with timing-belt-pulley adaptation. The supplied product catalogue presents 7 frame sizes, 70–280 mm, 9–2,000 N·m rated output torque across the listed sizes, and Single-stage ratios 2–9; two-stage ratios 10–90 in the family overview. These family-level values are a selection envelope, not a substitute for confirming the exact size, stage count, motor adapter, output interface, duty cycle
FALR Right-Angle Planetary Gearbox with Timing Belt Pulley Adaptation is positioned for right-angle high-precision planetary gearbox with timing-belt-pulley adaptation. The product range presents 7 frame sizes, 70–280 mm, 9–2,000 N·m rated output torque across the listed sizes, and Single-stage ratios include 2–10; two-stage ratios extend through 180 in the family overview. These family-level values are a selection envelope, not a substitute for confirming the exact size, stage coun
FALR Right-Angle Planetary Gearbox with Timing Belt Pulley Adaptation is positioned for right-angle high-precision planetary gearbox with timing-belt-pulley adaptation. The supplied product catalogue presents 7 frame sizes, 70–280 mm, 9–2,000 N·m rated output torque across the listed sizes, and Single-stage ratios include 2–10; two-stage ratios extend through 180 in the family overview. These family-level values are a selection envelope, not a substitute for confirming the exact size, stage coun
FPG / FPGA Planetary Gearbox is positioned for compact planetary reduction. The product range presents 7 frame sizes, 40–160 mm, 9–423 N·m rated output torque across the listed sizes, and Single-stage ratios 4/5/7/10; two-stage ratios 16/20/25/35/40/50/70/100. These family-level values are a selection envelope, not a substitute for confirming the exact size, stage count, motor adapter, output interface, duty cycle and permissible loads for an order.
FPG / FPGA Planetary Gearbox is positioned for compact planetary reduction. The supplied product catalogue presents 7 frame sizes, 40–160 mm, 9–423 N·m rated output torque across the listed sizes, and Single-stage ratios 4/5/7/10; two-stage ratios 16/20/25/35/40/50/70/100. These family-level values are a selection envelope, not a substitute for confirming the exact size, stage count, motor adapter, output interface, duty cycle and permissible loads for an order.
Application context
Use motor, ratio, inertia, backlash and stiffness requirements to define the axis.
Review acceleration, starts, reversal frequency, mounting and output loading.
FAL/FALR families provide a pulley-adapted architecture; confirm belt plane and overhung load.
Use inline FAB, FAD, FAL or FPG arrangements when motor and output can remain coaxial. Use the corresponding right-angle family where the motor must turn ninety degrees relative to the output. The brochure also separates the timing-belt-pulley-adapted FAL/FALR architecture from the more conventional precision planetary families. Treat this first decision as an interface choice before comparing ratios or torque.
The supplied family overview shows different single-stage and two-stage ratio ranges and different backlash bands by family. Start from the required output speed, then verify that the chosen ratio is available in the required frame. For positioning systems, include coupling, mounting and load-side compliance in the lost-motion budget instead of assigning the entire accuracy target to gearbox backlash.
Family photos are useful for orientation but are not manufacturing drawings. Before the machine plate, motor adapter, pulley or shaft is released, request the exact dimension sheet for the chosen frame, ratio and output form. Confirm pilots, bolt circles, shaft geometry, key or spline data, overall length and service clearance.
The supplied brochure includes workshop and test-center imagery. For the project RFQ, translate that general process context into specific acceptance needs such as model identification, ratio, backlash, runout, dimensions or functional checks where those characteristics affect the machine. Do not rely on generic quality language when a measurable interface requirement can be stated.
| Data group | Information to provide |
|---|---|
| Motion | Motor speed, required output speed, ratio, continuous/peak torque and motion profile. |
| Accuracy | Backlash/lost-motion target, stiffness requirement, output runout and settling behavior. |
| Interfaces | Motor flange/shaft, output shaft/flange or pulley, mounting orientation and envelope. |
| External loads | Radial/axial force, direction and load application distance. |
| Environment | Temperature, enclosure, cleaning exposure, sealing and lubricant confirmation. |
The supplied overview presents FAB, FAD, FAL and FPG/FPGA as inline product families; FABR, FADR and FALR are right-angle companion families.
Use the family range only to shortlist. Confirm the exact frame, ratio, interface and duty row before release.
Send motor data, output torque and speed, motion profile, accuracy target, mounting/output drawing and any external loads.
Engineering enquiry
Attach the drawing or assembly sketch and identify the controlled geometry, interfaces, operating duty and required inspection records.