Description
Designed for Mid-Size High-Torque Transmission Systems
The DLF57 planetary gearbox is engineer for mid-size industrial transmission systems.
It adopts a reinforced planetary gear structure design.
Higher torque density and stable power output are achieve.
It is suitable for medium-load automation equipment and smart manufacturing systems.
As a DLF57 planetary gearbox for NEMA 23 stepper motor,
it effectively enhances motor output capability.
System smoothness is improve.
Vibration fluctuations at high speed are reduce.
It is widely use in industrial automation and robotic applications.
The optimized transmission structure improves load distribution.
Stable performance is maintained during long-term operation.
It adapts well to complex industrial environments.
High Precision Low Backlash for Motion Control
The DLF57 uses precision gear machining and tooth profile optimization.
Gear backlash is effectively reduce.
Motion control accuracy is significantly improve.
More precise positioning response is achieve.
As a DLF57 low backlash planetary gearbox for motion control systems,
it is ideal for high-precision control equipment.
Such as servo systems and positioning platforms.
Repeat positioning accuracy is greatly improve.
System accumulated error is reduce.
Advanced tooth surface optimization reduces impact during operation.
Noise levels are lowered and smoothness is improve.
Overall control performance is enhance.
Industrial Manufacturing for Long-Term Reliability
The DLF57 planetary gearbox uses high-strength alloy steel gears.
Critical components undergo carburizing and hardening treatment.
Wear resistance and fatigue strength are significantly improve.
It is suitable for long-term continuous operation.
As a DLF57 planetary gearbox for industrial automation equipment,
it meets demanding industrial application requirements.
Stable long-term operation is ensure.
Maintenance frequency and downtime risks are reduce.
Production efficiency is improve.
Automated machining ensures consistent quality.
Strict inspection covers the entire production process.
OEM and customized development services are available.
Typical Applications
Industrial automation production lines.
Servo motor drive systems.
Robotic joint transmission structures.
Intelligent conveying equipment.
Precision inspection instruments.
Medical automation systems.
Product Overview
- Product Name:
- Structure: Mid-size flange planetary reduction system
- Transmission Type: Multi-stage coaxial planetary gearing
- Mounting Type: Standard industrial flange mounting
- Compatible Motors: NEMA 23 stepper motors, servo motors, and closed-loop motors
- Applications: Industrial automation and precision motion control systems
Dimensions
- Frame Size: 57 mm
- Output Flange Size: 57 × 57 mm
- Output Shaft Diameter: Ø14 mm (customizable)
- Shaft Options: Round / keyed / D-shaft available
- Input Connection: Flexible coupling or clamping type
- Mounting Pattern: Standard industrial hole spacing
- Housing Length: Depends on ratio and gear stages
Transmission Performance
- Gear Ratios: 3:1 to 100:1
- Gear Stages: Single-stage / two-stage options
- Rated Output Torque: 10–80 N·m
- Peak Torque: Up to 100 N·m
- Backlash: ≤8–12 arcmin (precision grade)
- Transmission Efficiency: ≥94% (single-stage)
- Max Input Speed: 5000 rpm
- Radial Load Capacity: Medium-high load design
- Axial Load Capacity: Reinforced support structure
Materials & Manufacturing
- Gear Material: 20CrMnTi alloy steel
- Gear Processing: Precision ground gears
- Heat Treatment: Carburized and quenched
- Tooth Hardness: HRC58–62
- Housing Material: High-strength aluminum alloy
- Surface Finish: Anti-corrosion anodized coating
- Bearing System: High-precision deep groove ball bearings
Operating Conditions
- Operating Temperature: -20°C to +90°C
- Protection Rating: IP54 (IP65 optional)
- Noise Level: ≤60 dB
- Lubrication: Lifetime grease, maintenance-free
- Service Life: ≥20,000 hours
- Duty Cycle: Continuous operation (S1)
Key Features
- High torque density output design
- Optimized for medium-load applications
- Low noise and smooth operation
- High rigidity transmission system
- Suitable for precision control systems
