OEM/ODM Coating Lines: Tailored to Your Products

Attractivechina's production workshop – coating lines are manufactured to meet specific customer requirements

A coating line in an industrial context is not a single machine but an engineering complex: spray booths, conveyor systems, curing ovens, filtration, and control automation. But for an enterprise planning to coat bumpers, pans, aluminum profiles, or wooden furniture, something else matters: the equipment must be designed for the specific product range, material, operating mode, and quality requirements. This is exactly what OEM and ODM custom manufacturing solves.

The global market for coating equipment was valued at USD 17.25 billion in 2022 and, according to Grand View Research, is expected to grow at a CAGR of 5.3% until 2030, driven by demand for electric vehicles and industrial automation. In Russia, industrial coatings also remain a sought-after category: the market volume in 2024 reached approximately USD 1.78 billion. Amid growing automation, customers increasingly choose not a standard machine but a line that accounts for part geometry, material, production volume, and environmental requirements.

The Problem: Standard Equipment Does Not Account for Production Specifics

When an enterprise buys a standard coating line, it is forced to adapt its product range to the equipment's capabilities. In reality, this leads to several limitations:

• Complex-shaped parts (bumpers, hubs, instrument housings) require special tooling and robotic spraying;
• Different materials (ABS+PC, aluminum, MDF, steel) require different surface preparation and curing modes;
• Different production volumes dictate different conveyor speeds, number of booths, and energy sources;
• For exports to the EAEU, it is important to have equipment certified for compliance with the technical regulations of the Customs Union.

Ignoring these factors leads to low equipment utilization rates, excessive paint consumption, and inconsistent quality. The solution is to order a coating line designed based on the customer's technical specification.

Industry Context: Custom Manufacturing to Customer Requirements

Attractivechina (legal name: Guangdong Chuangzhi Intelligent Equipment Co., Ltd.) has been operating in the coating equipment market for over 30 years. The production facilities are located in the Zhaoqing National High-tech Industrial Development Zone (Guangdong Province) and cover approximately 35,548 m². The company employs 280 staff, including 54 R&D engineers. Production capacity is up to 60 equipment units per year, and the intellectual property portfolio includes 79 invention patents in coating equipment and environmental systems; the total number of patents exceeds 300.

For the EAEU market, it is important that products can be supplied with an EAEU conformity declaration. For example, the laminating conveyor oven model CZ-21-008-02A has an EAEU declaration N RU Д-CN.PA01.B.96986/21, confirming compliance with TR CU 004/2011 (low-voltage equipment safety), TR CU 020/2011 (electromagnetic compatibility), and TR CU 010/2011 (machinery safety). The company also holds ISO 9001:2015, ISO 14001:2015, and ISO 45001:2018 certificates, confirming the presence of quality management, environmental management, and occupational health and safety systems in the design and production of painting equipment.

Design department: engineers adapt the line configuration to the customer's parts, material, and capacity

Solution: What Can Be Customized in a Coating Line

The manufacturer offers Custom Manufacturing & Design services, including OEM (manufacturing to order) and ODM (design to order). This means that equipment parameters are not fixed but calculated for each project. Customization is possible for:

• Packaging and logo – the line is delivered with the customer's branding elements;
• Dimensions – height, width, length of booths and conveyor to fit the workshop space;
• Automation level – from semi-automatic solutions to fully robotic complexes;
• Voltage and power – adapted to the local electrical grid and available energy sources;
• Production capacity – output volume can be adjusted to meet customer requirements.

Such adaptation is especially important for multi-product manufacturing. For example, a line for automotive parts can be designed to operate 336 days a year and 22 hours a day, with a spray booth temperature of 25±2°C and humidity of 65±10% RH. A line for metal products is designed for 300 working days a year at 20 hours a day and can handle aluminum panels up to 7000 mm long. For cookware, a standard calculation achieves a throughput of 800–1000 pieces per hour with a maximum product diameter of 300 mm. Thus, each project is a separate engineering task.

Step-by-Step Ordering Process: From Technical Specification to Launch

For a buyer at the evaluation and decision-making stage, it is important to understand the sequence of working with the manufacturer. The process is as follows:

1. Inquiry and data collection. The customer provides drawings, samples, or descriptions of parts, requirements for capacity, energy sources, and standards.
2. Engineering calculation and design. Design and R&D specialists develop the line layout, select equipment, calculate line speed, number of booths, application method (manual, robotic, reciprocating), and cleaning system.
3. Manufacturing. After project approval, the line is produced at the company's own facilities in Zhaoqing. The main frame is made of carbon steel, while spray booths and piping are made of stainless steel.
4. Pre-sale inspection. Each line undergoes 100% pre-sale testing, and before shipment, a pre-export inspection.
5. Delivery. Shipment is on FOB terms from any port in Guangdong Province.
6. Installation and commissioning. Supervision and commissioning are carried out at the customer's site.
7. Training and service. The manufacturer provides free staff training, remote technical support, a 12-month warranty, and rapid response to requests within 4 hours.

Installation and commissioning: the stage where the line's design parameters are confirmed

Implementation Scenarios: Automotive Parts, Cookware, Metal, Wood, Industrial Equipment

The most illustrative way to evaluate the production capabilities of OEM/ODM is to consider the real product categories for which the company has supplied lines.

Automotive Parts

Lines are used for applying primer and topcoat to structural car parts, chassis components, and interior parts: front bumpers, door panel trims, auxiliary instrument panels, gear shift panels, wheel arches, and switch panels. Part material is ABS+PC. Projects have been implemented in Germany, Russia, Thailand, Indonesia, Mexico, and China. In total, 20 complete automated lines have been supplied for the automotive parts industry. According to case data, the yield of good coatings increased to 98%, paint consumption decreased by 25%, energy consumption by 20%, and there has been no major downtime in 5 years of operation.

Cookware

Equipment is designed for applying non-stick PTFE coating, anti-corrosion primer, and high-temperature finish coating to frying pans, pots, and baking trays. The coating meets food safety standards, precise film thickness control is ensured, and adaptability to different cookware sizes. Lines are used by branded OEM factories, private label manufacturers, and home appliance plants. Projects have been completed in Russia, Iran, India, Bangladesh, Vietnam, Thailand, and China. A total of 20 lines have been supplied; coating uniformity reaches 98%, paint waste is reduced by 30%, and production efficiency is increased by 35%.

Metal Products

Metal coating lines are used for anti-corrosion and decorative coatings, primer and topcoat spraying, powder coating of metal hardware, sanitary ware, window frames, and metal furniture components. The equipment is suitable for multi-product mixed production. Projects have been implemented in Mexico, the USA, China, and Singapore; a total of 15 fully automated lines have been supplied. According to case data, the percentage of coatings passing through the inspection point increased to 97%, paint/powder consumption decreased by 30%, energy consumption by 22%, and production efficiency increased by 40%.

Wood and Musical Instruments

Equipment is used for applying primer, topcoat, and finish coating to wooden furniture, cabinets, wooden doors, pianos, guitars, and other wooden products. Key features: ultra-low dust contamination, smooth high-gloss finish, adaptability to various wood shapes and sizes. The project was implemented in China; 10 complete automated lines have been supplied. Paint consumption is reduced by 30%, dust generation is reduced by 90%, and production efficiency is increased by 40%.

Industrial Equipment

Lines are used for applying anti-corrosion primer, intermediate, and topcoats to parts for construction machinery, agricultural equipment, rail rolling stock, and special vehicles, providing long-term corrosion protection for outdoor use. The project was implemented in China; 10 complete automated lines have been supplied. Coating adhesion and salt spray resistance meet industry standards: salt spray testing for at least 1000 hours. The successful application rate increased to 98%, paint consumption decreased by 25%, and production efficiency increased by 30%.

In-house production allows quality control at all manufacturing stages

Comparison of Standard and Custom-Built Line

To understand the practical value of the OEM/ODM approach, it is useful to compare the base configuration and a line designed for a specific project. The comparison is based on parameters that the manufacturer can adapt on request.

This comparison shows that for production with a specific product range, standard equipment often requires modifications after purchase, whereas custom manufacturing allows you to get a line that fits your process from day one.

Frequently Asked Questions

Finished coating line before shipment to the customer