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GYD Finishing is a manufacturer of roller coating, curtain coating, UV drying, infrared drying, and sanding equipment that combines design, R&D, and manufacturing. GYD Finishing has developed several automatic coating production lines. It is primarily used in the mass production of calcium silicate board insulation decoration integrated coating production line, fluorocarbon paint, real stone paint, water-in-water multi-color coating, and other coating equipment production lines. Contact us to develop a mechanical equipment product solution that meets your demands.

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Paint Drying Machine

Introduction to GYD Finishing’s Paint Drying Machine

As a leading Paint Drying Machine Manufacturer, GYD Finishing has been at the forefront of delivering advanced drying and curing solutions since 2007. With extensive global experience and deep industry expertise, GYD provides integrated coating and finishing machinery tailored for a wide range of surface treatment applications. Among its diverse equipment portfolio, the paint drying machine series plays a critical role in ensuring efficient, high-quality, and environmentally friendly drying and curing processes.

This document presents a comprehensive overview of GYD Finishing’s paint drying machines, including the types available, production processes, operational guidelines, application examples, and frequently asked questions. This information is designed to assist manufacturers, engineers, and industry professionals in selecting and optimizing drying equipment from a trusted Paint Drying Machine Manufacturer.

factory advantages


Types of Paint Drying Machines by GYD Finishing

GYD offers multiple types of paint drying machines to accommodate various production requirements, coating materials, and substrate types:

1. Vertical Drying Oven

The Vertical Drying Oven is a highly efficient drying solution designed for heat-sensitive materials and vertical or hanging workpieces. This oven features a vertical airflow design that ensures uniform temperature distribution and rapid moisture evaporation, reducing drying time while maintaining coating integrity.

Key Features:

Vertical airflow circulation for even heat distribution

Adjustable temperature controls for precise drying conditions

Compact footprint suitable for limited factory space

Ideal for painted panels, doors, and vertical furniture components

2. Infrared Heating Dryer Tunnel

The Infrared Heating Dryer Tunnel uses infrared radiation to quickly transfer heat directly to the coating surface, promoting rapid drying without overheating the substrate. This technology is highly energy-efficient and capable of curing a wide range of paint types, including water-based and solvent-based coatings.

Key Features:

Direct heating reduces drying time dramatically

Energy-saving infrared lamps with adjustable intensity

Suitable for continuous production lines with conveyor integration

Effective for metals, plastics, composites, and wooden products

3. UV Curing Machine - Two Lamps

The UV Curing Machine integrates two ultraviolet lamps to rapidly cure UV-sensitive coatings and inks. This machine is designed for fast curing cycles, minimal heat generation, and eco-friendly operation. The dual lamp configuration provides enhanced curing coverage, ensuring superior coating hardness and durability.

Key Features:

Instant curing of UV coatings with two high-intensity UV lamps

Minimal thermal impact on substrates, ideal for heat-sensitive materials

Environmentally friendly, solvent-free operation

Commonly used in decorative surfaces and customized furniture finishing

Vertical Drying Oven


Paint Drying Production Process with GYD Machines

The paint drying process is a critical step in the surface finishing workflow, affecting product quality, throughput, and environmental compliance. GYD’s paint drying machines are designed to optimize this process through controlled heat application, airflow management, and curing technology.

Step 1: Pre-Drying Preparation

Inspect coated parts to ensure even application of paint or coating.

Adjust drying parameters based on substrate type, paint composition, and thickness.

Step 2: Loading Into the Drying Equipment

For Vertical Drying Ovens, hang or position parts vertically to maximize airflow contact.

For Infrared Heating Dryer Tunnels, load parts onto the conveyor system for continuous drying.

For UV Curing Machines, position parts under the UV lamps with proper exposure time.

Step 3: Controlled Drying and Curing

The Vertical Drying Oven circulates heated air vertically, removing solvents and moisture while setting the paint film.

Infrared lamps emit radiation absorbed by the coating, quickly evaporating solvents and solidifying the finish.

UV Curing Machines activate photoinitiators in UV coatings, instantly polymerizing the surface for immediate handling.

Step 4: Cooling and Unloading

Parts exit the drying machine and undergo cooling to room temperature to stabilize the coating.

Carefully unload and inspect for drying uniformity and coating defects.

Infrared Heating Dryer Tunnel

Operational Guidelines and Safety Considerations

Operating paint drying machines safely and effectively requires adherence to manufacturer instructions and industry best practices:

Temperature Settings: Always set temperatures according to the paint manufacturer’s recommendations to prevent overheating or incomplete drying.

Airflow Management: Ensure ventilation systems and airflow paths are clear to maintain uniform drying conditions.

Lamp Maintenance: Regularly clean and replace infrared and UV lamps to maintain consistent output and curing efficiency.

Protective Equipment: Operators should wear appropriate personal protective equipment (PPE), especially when working near UV curing machines.

Regular Calibration: Periodic calibration of temperature sensors, conveyors, and control systems guarantees optimal performance.

Fire Safety: Maintain clear zones around the drying equipment to prevent fire hazards, as some solvents may be flammable during drying.

Emergency Stop: Familiarize operators with emergency shutdown procedures to promptly handle any operational anomalies.


Application Examples of GYD Paint Drying Machines

GYD’s paint drying machines are widely used across various industries and applications, showcasing their versatility and reliability:

Customized Home Furnishing

Drying painted or lacquered wooden panels, cabinet doors, and decorative trims using Vertical Drying Ovens or UV Curing Machines for a flawless finish.

Architectural Panels and Wall Materials

Infrared Heating Dryer Tunnels efficiently cure coatings on metal or composite wall panels, accelerating production while maintaining coating durability.

Flooring Materials

High-throughput Infrared Dryers cure varnishes on laminate and engineered wood flooring, enhancing scratch resistance and appearance.

Door and Window Manufacturing

Vertical Drying Ovens ensure even drying of paint coatings on door skins and window frames, minimizing defects and warping.

Automotive and Metal Components

Infrared drying technology rapidly cures solvent-based paints on metal parts, meeting stringent quality and throughput demands.

Plastic and Glass Products

UV Curing Machines provide solvent-free, instant curing for UV-sensitive coatings applied to plastic trims, glass panels, and display surfaces.

application


Frequently Asked Questions About GYD Paint Drying Machines

Q1: What makes GYD a reliable Paint Drying Machine Manufacturer?

A: GYD combines over 15 years of experience, advanced manufacturing technology, and global application expertise. Our machines feature intelligent controls, energy efficiency, and robust construction, ensuring high-performance drying solutions tailored to customer needs.

Q2: How does the Infrared Heating Dryer Tunnel improve drying efficiency?

A: Infrared radiation directly heats the coating surface without excessively warming the substrate, significantly reducing drying times and energy consumption compared to traditional convection ovens.

Q3: Can GYD’s UV Curing Machine handle large or complex-shaped parts?

A: Yes. The dual-lamp configuration provides broad UV coverage, and machine designs can be customized to accommodate various sizes and shapes, ensuring uniform curing on complex surfaces.

Q4: What safety measures should be followed when operating UV curing machines?

A: Operators must wear UV protective goggles and gloves, ensure proper shielding of UV lamps, and maintain strict access control to prevent exposure to harmful ultraviolet radiation.

Q5: Are GYD’s paint drying machines compatible with water-based coatings?

A: Absolutely. Our machines support drying of both water-based and solvent-based coatings, with adjustable parameters to optimize drying conditions for each paint type.

Q6: How often should the infrared and UV lamps be replaced?

A: Lamp replacement depends on operating hours and output degradation but typically ranges from 1000 to 3000 hours of use. Regular monitoring of lamp intensity is recommended to maintain drying performance.

Q7: Can GYD integrate paint drying machines into automated production lines?

A: Yes, our machines are designed with modular interfaces and controls that allow seamless integration into automated coating and finishing production lines.

Q8: What maintenance support does GYD provide as a Paint Drying Machine Manufacturer?

A: GYD offers comprehensive after-sales support, including installation assistance, operator training, routine maintenance guidance, remote diagnostics, and spare parts supply.

Q9: How do Vertical Drying Ovens differ from Infrared Drying Tunnels in terms of heat application?

A: Vertical Drying Ovens use heated air circulation to dry coatings, which is gentle on heat-sensitive substrates, while Infrared Drying Tunnels use radiation to directly heat the coating surface for faster drying.

Q10: What are the energy-saving features of GYD paint drying machines?

A: Energy-efficient motors, advanced temperature and lamp intensity controls, and the use of UV curing technology contribute to reduced power consumption and lower operational costs.


GYD Finishing stands as a reputable Paint Drying Machine Manufacturer delivering state-of-the-art drying and curing equipment that meets the diverse needs of surface finishing industries. Whether it is the Vertical Drying Oven designed for vertical substrates, the Infrared Heating Dryer Tunnel for rapid and energy-efficient drying, or the UV Curing Machine with dual lamps for instant curing, GYD machines combine advanced technology, operational flexibility, and environmental responsibility.


The detailed production processes, safety protocols, versatile applications, and dedicated after-sales service underline GYD’s commitment to quality and customer satisfaction. Manufacturers choosing GYD as their Paint Drying Machine Manufacturer can expect reliable, high-performance drying solutions that enhance product quality, increase productivity, and align with sustainable production goals.

Production Line Introduction

Roller Coating Machine: Versatile Solutions for Wood and Glass Painting


Our roller coating machine is a highly versatile piece of equipment, designed to excel in both wood and glass painting applications. It is specifically engineered for applying UV paint and water-based paint to a wide range of furniture items, delivering consistent and high-quality finishes that meet professional standards.

One of the key advantages of this roller coating machine is its ability to apply large quantities of paint evenly across all flat surfaces, ensuring excellent coverage of the applied product. This uniform application not only enhances the aesthetic appeal of the painted surfaces but also contributes to the durability and longevity of the finish, as it minimizes the risk of uneven wear or chipping over time.

The roller coating machine is also a game-changer when it comes to replacing manual painting work. Traditional manual painting is not only labor-intensive but also prone to inconsistencies in paint application, leading to wasted materials and subpar results. In contrast, our roller coating machine streamlines the process, significantly reducing paint waste by controlling the exact amount of paint applied. This efficiency not only cuts down on material costs but also boosts overall productivity, allowing for faster turnaround times on large batches of work.
When it comes to wooden doors—whether flush doors, engineered doors, or other types of wooden doors—the UV roller coating function of this machine proves to be an ideal choice. It handles these surfaces with precision, ensuring a smooth, even UV coating that adheres perfectly, enhancing both the appearance and protective qualities of the wood. Beyond surface coating, this roller coater is also capable of performing edge coating, adding to its versatility. It can seamlessly coat the edges of various workpieces, ensuring that every part of the item receives the same high-quality finish, eliminating the need for additional touch-ups or secondary processes.

Compared to spray coating, roller coating offers a host of benefits. It saves significantly more paint, as the controlled roller application minimizes overspray and excess material—a critical advantage for reducing operational costs. It also reduces labor requirements, as the machine automates much of the process, freeing up workers to focus on other tasks. Additionally, roller coating is more environmentally friendly, as it produces less waste and fewer volatile organic compounds (VOCs) compared to spray methods, making it a more sustainable choice for modern manufacturing facilities. Finally, its high efficiency ensures that more work can be completed in less time, making it a smart investment for businesses looking to improve their bottom line while maintaining top-quality results.

Our roller coating machine is a reliable, efficient, and versatile solution for anyone seeking to elevate their painting processes for wood and glass, combining cost savings, environmental benefits, and superior finish quality in one powerful piece of equipment.

View Our Roller Coating Machine

Automatic Spraying Machine - Paint Recycling and Paint Mist Treatment System

The exhaust fan is positioned at the top of the spray booth. An external fan configuration is optional, which helps reduce noise in the spraying area and enhances surface spraying quality. This setup requires increasing the fan's exhaust air volume, with wind speed adjustable via frequency conversion.
Paint Recycling System: Comprises a reverse-rotating paint recycling roller and a rodless cylinder for automatic collection of paint into the oil drum. Additionally, 3 dedicated rollers are equipped to clean and dry the conveyor belt, ensuring the circulating belt remains clean, dry, and free from contamination when it reaches the top of the spraying conveyor. The entire system is mounted on a trolley parallel to the belt, allowing for easy pull-out and push-in operations.
Air Purification System: Equipped with a high-power fan, filter paper, filter cotton, etc. The process starts with a side-mounted double-layer honeycomb paper dry filter, which absorbs paint mist in the air to filter out paint particles. Subsequently, a stainless steel dry filter device further filters over-atomized paint mist through double-layer paper filters and filter cotton, effectively purifying the air and protecting both personnel and the surrounding environment from pollution.
Automatic Compound Production Line
 
This production line integrates a movable glue applicator, two presses, and a cantilever laminating machine into a seamless system. Designed specifically for a variety of bonding applications, it is capable of laminating various facing materials— including oriented strand boards (OSB), magnesium oxide boards (MgO boards), and other compatible substrates—with a range of core materials. The core material options include expanded polystyrene (EPS), extruded polystyrene (XPS), mineral wool, etc.

The bonding process uses one-component polyurethane adhesive, ensuring reliable adhesion for all material combinations. Whether combining different facing panels with various core materials, this production line can deliver consistent, high-quality results for sandwich panel manufacturing. We offer both fully automatic production lines and semi-automatic equipment, and provide customized solutions according to customers' needs.

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