PRECISION PLANETARY GEARBOXES
Precision Planetary Gearboxes
for Servo, Automation and Motion Control
Inline | Right-angle | Round-flange configurations
Ever-power supplies precision planetary gearbox solutions for servo motors, automated machinery and industrial motion systems. Start with ratio, output speed, continuous and peak torque, backlash target, radial and axial load, motor interface, mounting space and duty cycle; then verify the exact series, frame and stage against the catalogue data.
Application-Based Selection
Ratio, torque, speed, backlash and load reviewed together
Multiple Gearbox Architectures
Inline, right-angle and round-flange layouts
Motor Interface Review
Flange, shaft and adapter dimensions checked before ordering
Technical Drawing Support
Dimension and interface information for model verification
Our Planetary
Gearbox Series
Choose between BAB, BABR, BAD, BADR, BAE, BAF, BPG and BPGA series for different servo and machine layouts. Each family has its own model, stage, ratio, dimensional and performance data; final selection should be verified against the exact ordered configuration.
Planetary Gearboxes for Industrial Motion Systems
Precision planetary gearboxes are commonly evaluated where servo motors or controlled motion systems require a mechanical reduction stage between the motor and driven equipment. Typical enquiries include industrial automation, CNC machine tools, robotic motion, packaging machinery, material handling, printing and converting equipment, positioning systems and special-purpose machinery.
Selection Starts With the Load – Not the Model Code
A planetary gearbox should not be selected from nominal torque alone. Define output speed, continuous torque, acceleration or peak torque, operating cycle, positioning requirement, motor characteristics and installation space before narrowing the gearbox family.
Then review output-side radial and axial load with the actual force position. For pulleys, pinions, belts, couplings and other overhung loads, the force and its distance from the gearbox should be considered together. Final sizing should use the exact series, frame and stage data.
Manufacturing Process Visibility
Gear machining, housing machining, shaft processing, assembly preparation and related production steps influence the final mechanical interface and transmission behaviour.
For projects with specific material, processing or inspection requirements, state them during the RFQ stage so the ordered configuration can be reviewed accordingly.
Inspection Before Integration
Product identification should be connected to the actual motor and machine interface before installation. Dimensional checks and component inspection help relate the selected catalogue configuration to the real assembly.
Critical interface dimensions and project-specific acceptance criteria should be stated on the purchase drawing or order specification, especially for replacement projects.
SELECTION PATH
Start With the Machine Layout
Many buyers do not begin with a BAB, BADR or BPG series code. Start with the mechanical arrangement, then narrow the stage, ratio, load and motor interface before checking an exact model.
Inline / Coaxial
Use an inline architecture when the motor and gearbox output can share the same general axis and the machine layout allows a straight drive arrangement.
Right Angle / 90 Degree
A right-angle arrangement helps when motor length must be moved away from the output axis or the machine envelope requires a 90-degree transmission path.
Round Flange
Round-flange configurations provide another mechanical interface option for equipment where mounting geometry is a primary selection constraint.
Stage & Ratio
After the mechanical architecture is defined, verify the required stage and exact catalogue ratio rather than relying on a broad family range.
MOTOR & MACHINE INTERFACE
Check the Motor Interface Before Installation
A suitable gearbox ratio does not automatically mean that the gearbox will physically match the selected servo motor. Motor flange dimensions, pilot diameter, shaft diameter, shaft length, input adapter and mounting geometry should be reviewed as one interface.
Machine-side output mounting and available installation space should also be checked before the final order. When replacing an existing gearbox, provide the current gearbox model and dimension drawing whenever possible.
Interface dimensions should be verified rather than assumed from a similar model number.
RFQ Data Checklist
For a faster technical review, send as much of the following information as available:
PROCUREMENT INFORMATION
Supplier Verification, MOQ, Lead Time & Trade Terms
Supplier Verification & Company Review
We have completed third-party supplier audit and company verification supported by SGS / TÜV Rheinland. This verification helps buyers review company identity, business operations, supplier profile and general manufacturing capability. Product-specific inspection reports, material documents or compliance records can be provided according to order requirements.
Ever-power Co. Gearbox Ltd.
Bury St Edmunds, Suffolk IP32 7LX, UK
[email protected]
MOQ & Samples
Standard parts use a quantity MOQ; high-value or large items are evaluated by order value. New-client samples of 1–5 pcs may be quoted at sample price. Multiple models can be combined toward USD 1,500. Special materials and processes follow process MOQ. 1–2-piece retail orders are not accepted.
Lead Time
Standard configurations: 10–25 working days. Customized components: 20–45 working days. Project-based equipment or complex configurations: 45–120 working days. The actual schedule is verified after configuration and order review.
Trade Terms
EXW, FOB, CIF and DAP are commonly supported. FCA, CFR, CPT, CIP and DDP can be discussed according to destination, shipment type and project requirements.
TECHNICAL KNOWLEDGE
Gearbox Selection Resources
Use the knowledge centre to prepare application data, compare mechanical arrangements and understand the variables that should be checked before an RFQ.
How to Select a Precision Planetary Gearbox for Servo Applications
A practical workflow covering ratio, torque, backlash, load and motor interface.
Understanding Backlash in Precision Planetary Gearboxes
Understand why backlash matters in reversing and positioning applications.
Inline Planetary Gearbox vs Right Angle Planetary Gearbox
Compare installation architecture before narrowing the gearbox series.
Planetary Gearbox Ratio Selection Guide for Motion Control Systems
Start from motor speed and required output speed before checking available ratios.
Planetary Gearbox Bearing Load and Output Shaft Selection
Review why output-side force and load position matter during sizing.
Planetary Gearbox Sizing Checklist Before RFQ
Prepare the motor, load, mounting and quantity information needed for technical review.
FAQ
Frequently Asked Questions
How do I choose a planetary gearbox series?
Start with the required mechanical architecture, ratio, torque, backlash, output loading, motor interface and installation space. After the family is narrowed, use the exact model and stage data for final verification.
Can you help match a gearbox to my servo motor?
Yes. Send the motor model and, when available, the motor flange and shaft dimensions. The gearbox input interface should be checked against the actual motor before ordering.
What information is required for a gearbox quotation?
Provide the gearbox model if known, motor model, required ratio or output speed, continuous and peak torque, backlash requirement, radial and axial loads, mounting arrangement, quantity and destination country.
Do you provide samples?
New-client samples of 1–5 pcs can be evaluated where appropriate. Availability and sample pricing depend on the gearbox configuration.
What is the normal lead time?
Standard configurations are generally planned around 10–25 working days, customized components around 20–45 working days, and project-based solutions around 45–120 working days. The order-specific schedule is provided after technical review.
Which trade terms are available?
EXW, FOB, CIF and DAP are commonly supported. FCA, CFR, CPT, CIP and DDP can be discussed according to the shipment and destination.
APPLICATION REVIEW
Need Help Matching the Gearbox to Your Servo System?
Send the motor model, required ratio or output speed, torque profile, backlash target, radial and axial loads, installation drawing and quantity. We can use this information to narrow the appropriate gearbox architecture and identify the remaining items that need to be verified before quotation.
