Precision Machining for Energy Efficiency

48-Hour Prototyping

1-Week Small-Batch Production

2-3 Week Mass Production

Reduce Costs by 15%

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IOS 9001

IOS 14001

About Our Capabilities

High-Efficiency Machining
Enhancing Conversion

Rapid Production
Shortening Cycles

Low-Carbon and
Cost
Optimization

High-Efficiency Part Machining, Enhancing Energy Conversion

Specializing in machining battery housings, heat sinks, and drive system parts.

Utilizing 5-axis and high-precision CNC equipment with tolerances up to ±0.005mm.

Boosting energy efficiency by 15%+ for EVs and energy storage systems.

Rapid Prototyping and Production, Shortening Product Development Cycles

Completing prototype machining within 48 hours after receiving design drawings.

Small-batch production starts within 1 week, speeding up iteration and market launch.

Serving 1,000+ new energy projects annually, with delivery cycles shortened by 20%.

Low-Carbon Manufacturing and Cost Optimization

Implementing lean production, increasing energy efficiency by 10%.

Optimizing material procurement and machining, reducing manufacturing costs by an average of 15%.

Reducing material waste by 30% in production, supporting sustainability goals.

Materials for CNC automobile parts

Application Area	Application Parts	Materials
Solar Energy	Photovoltaic module frames and brackets	Aluminum, Steel
Solar Energy	Heat dissipation and cooling components	Aluminum
Solar Energy	Connector terminals	Brass, Aluminum
Wind Energy	Wind turbine main shaft and gearbox fasteners	High-strength Steel
Wind Energy	Blade molds	Steel, Composite Materials
Wind Energy	Wind turbine high-voltage parts, battery connectors	Titanium Alloy
Electric Vehicles	Motor brackets, rotors, stators, and base plates	Aluminum, Steel
Electric Vehicles	Cooling system components	Aluminum
Electric Vehicles	Charging pile and charging plug	Plastic
Electric Vehicles	Motor connection components, connectors	Titanium Alloy
Battery Technology	Battery terminals, connector lugs and bus bars	Copper, Aluminum
Battery Technology	Battery module frames	Aluminum, Stainless Steel

CNC Automotive Parts Surface Finishing Capabilities

Surface Treatment	Feature	Application Parts
Electroplating	Corrosion resistance, electrical conductivity, aesthetics	Battery connectors, conductive rails, fasteners
Anodizing	Hardness, wear, corrosion resistance, color aesthetics	attery cases, solar frames, wind turbine parts
Powder Coating	Corrosion resistance, wear resistance, eco-friendly	Electric vehicle exterior parts, wind turbine blades, brackets
Heat Treatment	Enhances hardness, strength, and wear resistance	Wind turbine gearbox housing, electric vehicle base parts
Sand blasting	Cleans the surface, enhances adhesion, aesthetics	Solar brackets, wind turbine pipes, heat sinks
Electrophoretic	Uniform coating, corrosion resistance, aesthetics	Electric vehicle body parts, solar frames, turbine components

CNC New Energy Parts Case Study

Machining service for high-precision custom parts manufacturing

Aluminium machining China for cost-effective and precision aluminum parts

CNC knurled stainless steel parts for durable grip and precision design

Custom new energy charging gun parts for reliable EV charging solutions

New energy charger parts for durable and reliable EV charging performance

Customized new energy charger parts for precision and high-efficiency charging

New energy charging pile shell parts for robust and protective EV infrastructure

New energy charging pile housing parts for durable and weather-resistant performance

CNC part for custom fabrication and precision engineering solutions

High-quality precision machining services in China for custom metal and plastic parts with tight tolerances

American precision components for high-quality and reliable manufacturing

Precision CNC machining for accurate and high-quality components

China CNC machine aluminum parts for lightweight and durable components

Accurate CNC Machining Inc for reliable and high-precision part production

Advance precision parts for high-performance and durable applications

Online machining services for fast and efficient custom part production

Our Partners

New Energy Parts Engineer Julia from Xielifeng Has Something to Say

Senior Engineer Julia, 11 years of experience in machining components for new energy applications, such as electric vehicle (EV) batteries, solar energy systems, and wind turbines. Specialized in material processing technologies for efficient energy transfer and sustainable production.

How do you ensure the reliability and durability of new energy components?

We focus on using high-quality materials such as stainless steel, aluminum alloys, and advanced composites. Each part undergoes multiple testing stages, including fatigue tests, thermal cycling, and corrosion resistance evaluations, to ensure it can withstand harsh operating environments. Additionally, we apply protective coatings where necessary to further enhance durability.

How do you address heat management challenges in EV battery components?

We design cooling plates and heat sinks using high thermal conductivity materials such as copper and aluminum. These parts are precisely machined to ensure tight contact with battery cells for effective heat dissipation. Additionally, we apply anodizing and thermal coatings to enhance thermal performance.

What machining challenges do wind energy components present?

Wind turbine components, such as gearboxes and shafts, require high precision and durability to withstand continuous operation. Due to the large size of some parts, 5-axis machining and large-part machining techniques are essential. We also apply anti-corrosion treatments to ensure longevity in outdoor environments.

How do you ensure the precision of parts used in solar energy systems?

Solar energy systems require precisely aligned frames and mounting structures for efficient energy capture. We use coordinate measuring machines (CMMs) to ensure accurate dimensions. Additionally, we provide custom machining for components like tracking systems that need tight tolerances for optimal solar panel positioning.

How do you manage quality control in new energy component production?

We follow strict ISO 9001 standards throughout production and use in-line inspections to monitor quality in real-time. For critical parts, we conduct thermal and corrosion resistance testing. Our goal is to ensure that every component meets industry requirements for efficiency and reliability.

How do you meet the fast-growing demands of the new energy industry?

We maintain flexible production schedules and modular production lines to quickly adapt to changing requirements. Our rapid prototyping services allow clients to validate designs early and accelerate product development. We also keep a strategic inventory of key materials to meet urgent production needs.

How Xielifeng Works

From quotation to delivery, we provide efficient, high-quality services, making manufacturing more convenient.

01

Upload drawing

02

DFM Evaluation & Quote

03

Order Confirmtion & Production

04

Quality Inspection & Delivery