Application

The new energy industry requires high standards of precision, durability, and performance reliability. Components used in electric vehicles, energy storage systems, and renewable energy equipment must operate under demanding conditions while maintaining long-term stability and efficiency. Manufacturing processes must emphasize dimensional accuracy, structural strength, thermal management performance, and consistent product quality.

Rapid prototyping plays an important role in new energy product development, supporting design verification, functional testing, and system optimization. Advanced precision manufacturing technologies help accelerate the development of energy solutions while ensuring reliable performance and stable production quality.

What kind of New Energy parts can we make?

The energy industry requires a broad range of parts, large and small, made from both metals and plastics. Typical requirements for the energy sector include:

• Tight tolerances for critical parts and assemblies.
• Wear-resistant, weather-resistant, and chemically resistant materials.

Our Manufacturing Capabilities

The energy industry produces fuels and energy-related products, such as oil and gas, which relies on complex and innovative equipment designed to operate under harsh conditions. With extensive experience in prototyping and manufacturing components for the energy industry, we are able to produce a wide variety of parts, from solar panel housings to components used in refining systems.

Typical New Energy Components

Renewable energy is a crucial component of the global energy industry, and its future success will contribute to addressing the climate crisis. We are capable of manufacturing renewable energy components and prototypes, such as turbine gears and shafts, solar panel frames, and piping for hydroelectric power plants. Besides the solar panels themselves, many other parts require precision machining, such as frames, back rails, and support rails. Milling and drilling machines are ideal for these projects, while CNC machine tools are specifically designed for producing solar panel components.

New Energy Parts Materials

We offer a wide selection of materials. Below is a list of some commonly used materials in aerospace projects. Contact us to learn more about our materials.

Aluminum	Copper	Stainless steel	Titanium	Plastic
Machinable, strong, range of grades	Excellent conductivity, corrosion-resistant, precision machining	Strong, corrosion-resistant, range of grades	Lightweight, temperature-resistant	Lightweight, chemical-resistant, high machinability

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Surface Finishing of New Energy Parts

We offer a variety of high-quality surface treatment processes. We have only listed some commonly used options. Contact us for more surface treatment solutions.

Sandblasting	Anodizing	Electrostatic spraying	Polishing	Plating
After sandblasting treatment, the surface of the parts presents a uniform matte texture with a fine, consistent finish. It is mainly used for visual and aesthetic applications, improving appearance and surface uniformity, and can also serve as a base for subsequent coating, painting, or anodizing treatments.	Anodizing improves corrosion resistance, increases surface hardness and wear resistance, and protects metal components long term. It is widely used in mechanical parts, precision instruments, aerospace, and automotive applications where durability, strength, and reliable surface performance are essential.	Electrostatic spraying is a coating process in which a free-flowing dry powder is applied to a surface. Unlike traditional liquid coatings that depend on solvent evaporation, powder coatings are electrostatically sprayed and then cured under heat or UV light to form a durable, uniform finish.	The polishing range spans from Ra 0.8 to Ra 0.1, depending on surface requirements. This finishing process uses abrasive materials to refine and smooth part surfaces, adjusting gloss levels as needed, resulting in either a high-luster, mirror-like appearance or a softer, uniform matte finish.	Electroplating is a surface treatment process that uses an electric current to reduce and deposit metal cations onto a substrate. This coating enhances surface protection, improves appearance, increases wear resistance, and effectively prevents corrosion caused by rust and other environmental factors.

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Why Choose New Energy at RapidCalib ？

RapidCalib collaborates with companies in the new energy sector to provide high-quality prototype manufacturing and custom component solutions. Supported by a robust quality management system and advanced in-house production capabilities, every component is manufactured to meet strict performance and reliability requirements for energy systems and renewable technology applications.

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