Core Advantages

Full-Angle Spraying Implementation

When the spraying robot works independently, re-clamping of workpieces or additional turnover tooling fixtures are required to spray different surfaces of the workpiece. In contrast, the rotary table enables free 360° rotation. Through rotational movement, obscured surfaces or the reverse sides of workpieces can be automatically turned toward the robot, allowing uninterrupted continuous spraying operations. This cuts down time spent on workpiece transfer and waiting periods.On production lines equipped with overhead suspension chain conveyors, the robot can even perform dynamic spraying while following the running track of the assembly line.

Flexible installation mode

The robot can be installed upside down (hoisted) and directly deployed above the assembly line without occupying the ground workshop.Fixed-point spraying combined with the flexible movement of the 6-axis degrees of freedom of the robot enables precise positioning and directional spraying.

Programming-free Teaching, Higher Flexibility with Dual-station Adaptation

Equipped with a programming-free teaching system, operators only need to hold a teaching pendant to manually demonstrate the painting path for workpieces at Station 1 and Station 2 in sequence. The system automatically records the motion trajectories of both stations as well as the switching logic of the rotary platform. No coding is required. When switching the production line for new workpieces, the painting programs for the dual stations can be configured within a short period of time.

High Precision & Stability

Boasting repeat positioning accuracy of ±0.05 mm, it delivers consistent coating and minimizes material loss. High-strength aluminum alloy joints maintain reliable stability and long service life at high running speeds.

Technical Parameters

Key Technical Parameters

Essential technical details and valuable information about our products to help you make the right decisions.

General Specifications

Axes 6

Arm Length 1587mm

Max Payload 10kg

Repeatability ±0.05 mm

weight 152kg

Power Source 5.06kVA

Protection Class IP54, dustproof and waterproof

Motion Range

J1 Motion Range ±165°

J2 Motion Range -95°/ +70°

J3 Motion Range -85°/+75°

J4 Motion Range ±180°

J5 Motion Range ±115°

J6 Motion Range ±360°

Max Speed

J1 Max Speed 190°/s

J2 Max Speed 173°/s

J3 Max Speed 223°/s

J4 Max Speed 254°/s

J5 Max Speed 270°/s

J6 Max Speed 342°/s

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Application Fields

Application Scenario Classification	Specific Application Objects	Applicable Materials
Automotive Parts Industry	Bumper brackets, door hinges, engine decorative covers, wheel hub covers	Cold-rolled steel, 6061 aluminum alloy, PP+glass fiber compositeCoatings: amino baking paint, acrylic enamel
Hardware Tools Industry	Power tool casings (drills, wrenches), lock panels, hydraulic component housings	Galvanized steel, zinc alloy, die-cast aluminumCoatings: epoxy ester paint, polyurethane topcoat
Consumer Electronics Industry	Laptop bottom cases, smart speaker enclosures, metal panels for small home appliances	ABS plastic, PC/ABS blend, anodized aluminumCoatings: UV curable coating, matte acrylic paint
Furniture Manufacturing Industry	Metal tables & chairs, steel cabinets, outdoor furniture	Carbon steel, stainless steel, aluminum alloy

On-Site Simulation and Structural Close-Up Display

Figure 2.1 On-site Physical Object Diagram

Robot Electrical Control Cabinet

Teaching Gun and Teaching Box

Elevated Fixing Base/Workbench

Programming-Free System

Spray Gun

Diaphragm Pump

Rotating Platform

Figure 2.2 Close-up Diagrams of Each Component

Working Process

Step 1: Pre-start Preparation

Load workpieces: Place the parts to be painted on the two respective stations and align them properly.
Material inspection: Check the remaining paint volume and verify whether the paint delivery pipelines are clogged.
Home position confirmation: Make sure the turntable stays at its original home position (Station 1 directly facing the spray gun nozzle).

Step 2: Manual Teaching Programming-Free Operation

Activate the programming-free teaching system, diaphragm pump and servo drive for the rotary platform.
The operator holds the teaching pendant to manually guide the spray gun and demonstrate the spraying path on the workpiece at Station 1 (the system records the trajectory automatically).
Record the movement of the rotary platform to rotate the workpiece of Station 2 to the front of the spray gun, then complete the spraying path demonstration for Station 2.
The system automatically links the continuous workflow: Station 1 spraying → rotary platform switching → Station 2 spraying.

Step 3: Spraying at Station 1

The robot moves the spray gun to the starting point of the Station 1 workpiece, and the diaphragm pump supplies paint synchronously to finish spraying along the taught trajectory. During this process, the operator can prepare tools or load new workpieces at Station 2.

Step 4: Rotary Platform Switchover

Upon completion of Station 1 spraying, the robot automatically returns to the safe standby position.
The rotary platform receives instructions from the control system and rotates from Station 1 to Station 2, positioning the Station 2 workpiece directly facing the spray gun.

Step 5: Cyclic Production & Shutdown Procedures

After full spraying is finished, the robot resets and the rotary platform returns to the home position. Repeat Steps 3 to 5 to realize uninterrupted mass production.
For machine shutdown: Clean the spray gun nozzle, turn off the diaphragm pump and control system, and conduct overall equipment cleaning.