SLPA60 High Precision Hollow Rotary Platform for CNC & Robotic Automation

The SLPA60 Hollow Rotary Platform is a precision rotary platform that integrates a high-rigidity structure with a hollow-shaft design. Capable of achieving indexing control characterized by high stability and high repetitive positioning accuracy, it is widely utilized in automation equipment and precision assembly systems.


Description

Compact High-Precision Rotary Transmission Platform

The SLPA60 hollow rotary platform is designed for precision rotary positioning applications.
Its compact structure fits limited installation spaces.
A hollow through-hole design is integrate.
Pneumatic tubes and cables can pass through the center.
External wiring complexity is reduce.
Equipment appearance becomes cleaner and more organized.
As a SLPA60 hollow rotary platform for automated positioning systems,
it improves overall system integration efficiency.
It is ideal for precision automation equipment.

The hollow structure maximizes internal space utilization.
Multi-functional module integration becomes easier.
Modern intelligent equipment requirements are fully support.

High Rigidity and Accurate Positioning Performance

The SLPA60 utilizes a high-precision cross-roller bearing structure.
Outstanding rigidity is achieve.
The platform withstands significant axial loads.
Smooth rotational performance is maintain.
As a SLPA60 high precision hollow rotary platform for indexing applications,
it delivers excellent repeat positioning accuracy.
Complex motion control requirements are support.
Mechanical error accumulation is minimize.
Processing consistency is improve.

The platform can connect directly to stepper motors.
Servo motor integration is also support.
Flexible drive configurations are available.
It is ideal for precision indexing applications.

Precision Manufacturing and Long-Term Stability

The platform body is manufactured from high-strength alloy materials.
Critical components receive precision CNC machining.
Assembly accuracy remains highly consistent.
Long-term operational reliability is enhance.
As a SLPA60 hollow rotary platform for robotic automation assembly equipment,
it provides excellent wear resistance.
Continuous operation environments are support.
Maintenance frequency is reduce.

The internal transmission system is carefully optimize.
Rotational efficiency is improve.
Operating noise is reduce.
User experience is enhance.
Each platform undergoes precision inspection.
Load performance testing is completed before shipment.
OEM and customized development services are available.

Typical Applications

Industrial robots.
Automated assembly equipment.
Laser processing platforms.
Vision inspection systems.
Semiconductor equipment.
Automatic indexing tables.
Electronics manufacturing equipment.
Smart packaging machinery.

SLPA60 Hollow Rotary Platform – Technical Specifications

General Specifications

  • Product Name: SLPA60 Hollow Rotary Platform
  • Product Type: High-Precision Hollow Rotary Indexing Platform
  • Platform Size: 60 Series Hollow Rotary Table
  • Drive Method: Direct connection with stepper or servo motor
  • Structure Type: Hollow through-hole rotary design
  • Installation Orientation: Horizontal or vertical mounting
  • Body Material: High-rigidity aluminum alloy housing

Dimensional Specifications

  • Overall Dimensions: 60 × 60 × 36 mm
  • Hollow Bore Diameter: Φ28 mm
  • Rotary Table Diameter: Ø60 mm
  • Center Pilot Diameter: Ø50 mm
  • Mounting Pattern: 8-M4 threaded holes
  • Motor Interface: Standard Nema17 motor mounting
  • Output Platform Height: 36 mm

Motion Performance

  • Reduction Ratio: 10:1
  • Positioning Accuracy: ≤3 arcmin
  • Repeatability Accuracy: ±15 arcsec
  • Maximum Output Speed: 180 rpm
  • Rated Output Torque: 20 N·m
  • Peak Output Torque: 40 N·m
  • Allowable Axial Load: 500 kgf
  • Allowable Radial Load: 300 kgf
  • Tilting Moment Capacity: 25 N·m
  • Backlash: ≤1 arcmin

Bearing and Transmission System

  • Bearing Type: High-precision cross-roller bearing
  • Transmission Structure: Precision spiral bevel gear mechanism
  • Lubrication System: Fully enclosed lifetime lubrication
  • Operating Characteristics: Low vibration and low noise performance

Environmental Specifications

  • Operating Temperature: -10°C to +80°C
  • Storage Temperature: -20°C to +100°C
  • Protection Rating: IP40
  • Service Life: ≥20,000 hours
  • Maintenance Requirement: Maintenance-free design

Typical Applications

  • Industrial robot joints
  • Automatic indexing tables
  • CCD vision inspection systems
  • Laser processing platforms
  • Semiconductor automation equipment
  • Precision assembly systems
SLPA60 DRAWING
SLPA60 DRAWING
No Item Data No Item Data
1 Type SLPA60 11 Rate output speed 200rpm
2 Bearing Type Crossed roller bearings RPA6028 12 Max.output speed 500rpm
3 Ratio 5 、 10 13 Max.radial& axial  force 1800N
4 Rated Output Torque 3.5~6Nm 14 Max.Owerturning Force 120N
5 Max. Output Torque 10.5~18Nm 15 Backlash ≤1(±0.5)Arcmin
6 Efficiency 90% 16 Torsional stiffness 2.4Nm/arcmin
7 Life Expectancy 20000H 17 Work temperature -25℃~+90℃
8 Lubricating method Synthetic grease 18 Platform end&radial runout ≤0.01
9 Weight 0.55KG 19 No-load Torque 0.1Nm
10 IP Grade IP50 20 Noise 55dB

 

Model Unit SLPA060 Ratio(i)
 Rated Output Torque Tn Nm 6 5
3.5 10
 Failure Stop Torque T2n Nm 3 Times Rated Output Torque
No-load Torque Nm 0.1
Bearing Type Crossed roller bearings RPA6028
 Max.radial force N 1800
Max.axial force N 1800
Max.Owerturning Force Nm 120
Torsional stiffness Nm/arcmin 2.4
Platform end runout mm ≤0.01
Platform radial runout mm ≤0.01
Rotary precision arcmin ≤1(±0.5)
Rated output speed rpm 200
 Max.output speed rpm 500
Weight Kg 0.55
Design load bearing Kg 10
Noise Db ≤55
Lifetimes h 20000
Mini. working temperature -25
Max. working temperature 90
Protection class IP IP50
Lubrication method Long-lasting lubrication
Installation method Any
Direction of rotation Output, Input Reverse
Full load efficiency % 90%
Description: 1, the return clearance is measured at 2% of the rated output torque T2n;
2, the noise value was measured at 1 meter distance from the body under test without load at rated input speed.