PACKAGING INDUSTRY
Engineered for Extreme Washdown, Rapid Cycle Packaging Lines & 24/7 Operation
Precision gearboxes and servo geared motors for high-performance packaging systems
Costly floor space and production demands are relentless in the packaging industry, where every inch counts and every second matters. STOBER delivers compact, high-efficiency drive solutions engineered for precision, durability, and performance. Our gearboxes and geared motors are designed to minimize equipment footprint by up to 20 percent, while maximizing performance to meet the demands of high-speed, high-precision packaging environments. Whether your system requires inline, right-angle, or planetary configurations, STOBER offers tailored solutions that meet the mechanical and performance demands of modern packaging lines.

What Sets Us Apart:
STOBER’s gearboxes are built with premium housing and gearing to ensure:
STOBER’s synchronous servo geared motors are engineered for:
Engineered for packaging applications
Servo geared motors: Compact, resilient, and precise
STOBER’s inline and right-angle helical bevel gearboxes and EZ series synchronous servo motors are engineered for:
Compact design with reduced rotating mass
Direct connection to STOBER motors for reduced installation complexity
Ideal for high-speed, high-precision packaging tasks
Optimize your packaging line with STOBER
STOBER’s engineering team provides complete system calculations to ensure optimal performance. From NEMA gearboxes to rack and pinion systems, our solutions are designed to handle high force, high speed, and high precision—without compromise.
We’re more than just great products—we love making your life easier with modular systems, U.S. based support in Maysville, Ky., and fast shipping.
Check out the table below to see how we stack up against typical industry solutions, then contact us at 1-888-786-2371 or email sales@stober.com when you’re ready to configure a STOBER solution for your application.
STOBER packaging applications vs. typical industry solutions
| Feature / Spec | STOBER Solutions | Typical Industry Solutions |
| Backlash | Zero‑backlash gearing (<1 arcmin) for precise, repeatable positioning | 5–10 arcmin common, leading to cumulative positioning errors |
| Gearbox Length | Ultra‑short installation length for compact machine layouts | Longer housings that increase machine footprint |
| Power Density | High torque output in minimal space | Lower torque‑to‑size ratio |
| Integration | Motor + gearbox assemblies eliminate couplings, reduce inertia, and improve dynamic response | Separate motor and gearbox require couplings, adding inertia and alignment issues |
| Lubrication | Lubricated for life, no re‑greasing required | Periodic lubrication intervals increase downtime |
| Ingress Protection | IP65+ sealing, corrosion‑resistant options for washdown | Lower IP ratings; additional guarding often required |
| Noise / Vibration | Helical gearing for smooth, quiet operation | Straight‑cut gears with higher noise and vibration levels |
| Rigidity | High torsional rigidity for maintaining positional accuracy under load | Lower rigidity can cause deflection and loss of accuracy |
| Load Capacity | Optimized bearing arrangements for high radial and axial loads | Standard bearings with reduced load ratings |
| Delivery Time | Most configurations ship within 24 hours | Lead times often measured in weeks |
| Support | U.S.‑based engineering and application support | Limited local engineering resources |
Customer Testimonial
NEWS FROM STOBER
Beyond gray: How to choose the right STOBER paint and
Not all industrial paint is created equal. Compare STOBER’s standard, corrosion-resistant, and Food Duty coating options, including antimicrobial protection for food processing environments….
How to select a servo gearbox for industrial systems
Explore how to select a gearbox with insights on torque, ratio, duty cycle, efficiency, and performance to match your specific application requirements….
How to select the right servo motor for your application
Learn the key factors behind effective servo motor selection, including torque, speed, duty cycle, environment, and system performance requirements….





































































































































