Home > Energy Meter Accessories >

Collaborative Paint Robot with Lead-Through Teaching – Customizable End Effectors for Liquid & Powder Coating Applications

Product Categories

UV Coating Machine [107]
Spray Coating Machine [125]
UV Curing Machine [163]
Roller Coating Equipment [127]
Curtain Coating Machine [43]
Conveyor Belt Machine [57]
Infrared Drying Machine [88]
Rotary Heat Transfer Machine [31]
Microwave Vacuum Drying Equipment [91]
UV Irradiation Machine [69]
Constant Temperature Oven [43]
UV LED Curing Machine [57]
Film Laminating Machine [69]
Energy Meter Accessories [8]
Pulp Molding Coating Machine [114]
Industrial Drying Machine [30]

Dongguan Osmanuv Machinery Equipment Co., Ltd

Trust Seal

Verified Supplier

Credit Check

Supplier Assessment

Contact Now

Collaborative Paint Robot with Lead-Through Teaching – Customizable End Effectors for Liquid & Powder Coating Applications

Ask Lasest Price
Model Number :	OSMANUV
Payment Terms :	T/T
Price :	Negotiation
Supply Ability :	Negotiation
Delivery Time :	30 work days
Certification :	ISO9001
Brand Name :	OSMANUV

Add to Cart

Product Details
Company Profile

Collaborative Paint Robot with Lead-Through Teaching – Customizable End Effectors for Liquid & Powder Coating Applications

Product Overview

This customizable industrial robot painting system uses multi-axis articulated robots or collaborative robots to automate the application of paint, powder coating, adhesives, or other fluids onto product surfaces. Available in high-precision automotive-grade, collaborative easy-teach, and fully automated production line configurations.

The system is fully customizable in robot reach, payload, number of axes, end-of-arm tooling, conveyor type, and automation level. Robotic painting delivers consistent, repeatable finish quality, significant paint savings (up to 20%+ efficiency improvement), and 24/7 production capability compared to manual spraying. Modern systems integrate AI-powered offline programming and simulation tools to optimize painting paths and reduce setup time.

Working principle: The robot moves the applicator (spray gun or rotary bell) along programmed trajectories while precisely controlling paint flow, atomization air, fan pattern, and electrostatic voltage (for electrostatic systems). The entire process is controlled via a user-friendly HMI, with recipes stored for different products. Conveyor systems transport workpieces through the booth for continuous or batch production.

Technical Parameters

Parameter	Heavy-Duty 6-Axis Model	Collaborative Paint Robot	Turnkey Automated Line
Number of axes	6-axis (+ external axis optional)	6-axis (collaborative)	6-axis + conveyor + positioner
Reach / working radius (customizable)	Up to 2,900 mm	1.2 - 1.45 m	Customizable per layout
Repeatability accuracy	±0.05 mm or better	±0.05 - 0.1 mm	±0.05 mm
Max payload at wrist (customizable)	Up to 15 kg+	Up to 5-10 kg	Customizable
Mounting options (customizable)	Floor / Wall / Inverted	Floor / Mobile cart	Floor / Ceiling / Wall
Applicator types (customizable)	Air spray / Airless / Electrostatic bell	Air spray / Air-assisted / Electrostatic / Powder gun	Multi-gun / Multi-format
Paint supply system	Pressure tank / Pump	Cartridge / Pump	Centralized + Color change
Conveyor type (customizable)	Turntable / Shuttle table	Manual / Turntable	Overhead / Floor track / Rotary index
Control system	IRC5P / Customizable	Touchscreen HMI + PLC	PLC + HMI + Remote monitoring
Explosion-proof certification	Ex certified (standard)	Optional	Ex certified (standard)
Programming method (customizable)	Offline (EPS) / Teach pendant	Lead-through teaching (no-code)	Offline + Teach pendant
Power supply	380V, 50/60Hz, 3-phase	220V/380V, 50/60Hz	380V, 50/60Hz, 3-phase
Typical application	Automotive body, aerospace, heavy machinery	Small parts, high-mix low-volume	Automotive, 3C, appliances, furniture

Applications

Automotive industry: Car bodies, bumpers, tailgates, rearview mirrors, interior parts, wheels
Aerospace & rail transit: Aircraft components, high-speed train bodies
3C electronics: Mobile phone shells, laptop covers, tablet housings
Home appliances: Air conditioners, refrigerators, microwave ovens, washing machines
Furniture & woodworking: MDF panels, cabinets, doors, wooden toys
General industry: Hardware, sanitary ware, toys, sporting goods, medical devices

Customization Options

This industrial robot painting system is highly customizable to meet your specific production requirements:

Robot type & configuration: 6-axis standard / Collaborative (cobot) / Custom end-of-arm configuration
Reach / working envelope: Customizable from 1.2m to 2.9m+ to suit your product size
Applicator (end effector): Air spray, airless, air-assisted airless, electrostatic, powder gun or bell - customizable
Paint supply system: Pressure tank / Diaphragm pump / Gear pump / Cartridge - customizable based on coating type
Conveyor system: Floor track, overhead monorail, turntable, rotary index table, shuttle table - customizable
Color change system: Manual / Automatic flush & fill - customizable for 2-16 colors
Programming method: Teach pendant / Offline programming (EPS) / Lead-through teaching (no-code) - customizable
Safety & certification: Explosion-proof (Ex) / Standard industrial / Collaborative safety - customizable
Integration: Standalone / Inline with existing conveyor / Fully automated production cell
Software: Customizable paint recipes, IoT monitoring, MES integration
Booth configuration: Dry filter booth / Water curtain booth / Recirculating air booth - customizable

Key Features

Superior finish quality: Consistent film thickness with outstanding position repeatability (≤±0.05mm)
Significant paint savings: Electrostatic and optimized path control reduces paint waste; up to 20% efficiency improvement in automated booths
High productivity: 24/7 operation with fast axis speeds (up to 180°/sec) and short cycle times
Flexible programming: Lead-through teaching (no-code) for quick setup; offline programming supports complex trajectories for automotive inner/outer painting
Multi-process capability: One system supports liquid paint, powder coating, adhesive, sealant, and primer
Explosion-proof design: Ex-certified for safe operation in hazardous paint environments
Compact footprint: Compact robots allow smaller booth sizes, reducing ventilation energy and capital cost
Integrated Process Control: Real-time regulation of atomization air, fluid flow, and electrostatic voltage for precise process control
Lower operational cost: Reduced labor dependency, lower paint consumption, fewer rejects
High ROI: Quick payback through efficiency gains and quality improvements

Support and Services

Free process consultation - send your parts for feasibility assessment
Custom system layout design for your production floor
On-site installation and commissioning (customizable support packages)
Operator and maintenance training program included
Offline programming and simulation services
Remote troubleshooting via video call, VPN, or IoT monitoring
12-24 month warranty on robot components (consumables excluded)
Spare parts availability from regional warehouses
Preventive maintenance service contracts available
Lifetime technical support via phone, email, and chat

Packing and Shipping

Packing: Anti-rust film + reinforced plywood case for robot and controller; foam padding for sensitive components (control panel, sensors)
Standard model lead time: 15-30 days after order confirmation
Custom configuration lead time: 30-60 days (longer for custom reach, custom fixtures, or full line integration)
Shipping: FOB Shanghai / CIF by sea, air, or rail
Customizable: Export crating, custom labeling, destination port documentation

Frequently Asked Questions

Q1: What is the difference between a standard industrial paint robot and a collaborative paint robot?

A: A standard industrial robot typically offers higher speed, larger payload, and longer reach. A collaborative paint robot (cobot) is designed for safe human-robot interaction, features lead-through teaching (no-code programming), and is ideal for high-mix, low-volume production where frequent re-programming is needed. Both types are customizable based on your application.

Q2: What is the typical reach and payload for automotive body painting?

A: For automotive body painting, robots with reach up to 2,900 mm and payload of 10-15 kg are commonly used. Reach is customizable from 1.2m to over 2.9m depending on the application.

Product Tags:

Collaborative Paint Robot with Lead-Through Teaching – Customizable End Effectors for Liquid & Powder Coating Applications

Inquiry Cart 0

Send your message to this supplier


*From:	Your email address is incorrect!
*To:	Dongguan Osmanuv Machinery Equipment Co., Ltd
*Subject:	Subject is empty!
*Message:	For the best results, we recommend including the following details: -Self introduction -Required specifications -Inquire about price/MOQ Characters Remaining: (0/3000) Please enter 20 to 3000 characters to contact this supplier!

Explore more Energy Meter Accessories products from this supplier

Find Similar Products By Category:

Manufacturing & Processing Machinery

Dongguan Osmanuv Machinery Equipment Co., Ltd

Collaborative Paint Robot with Lead-Through Teaching – Customizable End Effectors for Liquid & Powder Coating Applications

Collaborative Paint Robot with Lead-Through Teaching – Customizable End Effectors for Liquid & Powder Coating Applications

Collaborative Paint Robot with Lead-Through Teaching – Customizable End Effectors for Liquid & Powder Coating Applications

Collaborative Paint Robot with Lead-Through Teaching

Customizable End Effectors for Liquid Coating

Paint Robot for Powder Coating Applications

Collaborative Paint Robot with Lead-Through Teaching – Customizable End Effectors for Liquid & Powder Coating Applications