Cangzhou Xinpeng Intelligent Equipment Co., Ltd.

+86 19932259858

info@china-xp.cn

Sheet Metal Fabrication & Enclosure Manufacturer

We offer customized solutions to create products that meet your specific needs

Polished with care

Each sheet metal process

Laser cutting

CNC bending

Automatic welding

Surface treatment

Custom logo

Assembly and integration

We can help you design the drawings, or you can upload your drawings:

You can upload various types of design drawings, such as 2D or 3D, and we will reply to you within 2-8 hours!

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Upload drawings

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Parts arrived

Our craftsmanship

Cutting process

Laser cutting

Applicable Scenarios

Complex graphics, high precision requirements
Features

Accuracy ±0.05mm, smooth surface

Plasma cutting

Applicable Scenarios

Workpieces with a thickness of < 40mm
Features

Fast cutting speed, smooth surface

Sheet metal bending

CNC bending machine + custom mold

U-shaped, V-shaped, channel-shaped and other geometric shapes

±0.1mm

Welding process

TIG/MIG welding, arc welding, robotic automated welding

JB/T 4709 or AWS D1.1

The weld is full and free of defects, porosity, or cracks.

Punching process

Use calipers, a projector, and a CMM (coordinate measuring machine).

Single punching, progressive die punching, laser punching, CNC punching.

The hole diameter and hole position dimensions conform to the tolerances in the drawing.

Stamping process

TIG/MIG welding, arc welding, robotic automated welding

Separation process, forming process

The outline dimensions and shape accuracy are qualified, and the assembly and matching are good.

Polishing process

Press riveting or broaching processes do not damage the surface coating.

Mechanical polishing, chemical/electrolytic polishing, and vibratory polishing.

Surface roughness (Ra) meets the grade, with a bright, uniform finish, free of matte spots, orange peel, or over-etching.

Advantages

High Strength: Suitable for bearing large loads and pressures.
Good Workability: Easy to weld, cut, and form, suitable for sheet metal processing.
Low Cost: Compared to other materials, carbon steel is more cost-effective and suitable for mass production.
Good Toughness: Good adaptability to temperature changes and is less likely to fracture.
Good Wear Resistance: Especially for medium and high carbon steel, suitable for manufacturing wear-resistant parts.

Scope of application

Mechanical parts, automotive parts, building structures, containers, etc.

Advantages

Corrosion Resistance: Stainless steel has excellent corrosion resistance, especially suitable for use in harsh environments.
High Temperature Resistance: Can withstand higher temperatures without deformation.
Aesthetic Appearance: Smooth surface, suitable for manufacturing products with high appearance requirements.
Durability: Long service life and resistant to aging.

Scope of application

Food processing equipment, chemical equipment, medical devices, kitchenware, building facades, etc.

Advantages

Lightweight: Aluminum alloy is lighter than steel, commonly used in applications requiring weight reduction.
Good Corrosion Resistance: The surface can form a natural oxide film, enhancing corrosion resistance.
Good Thermal and Electrical Conductivity: Suitable for electrical and heat exchange equipment.
Easy to Process: Aluminum alloy is easy to stamp, bend, and weld, suitable for the production of complex shapes.

Scope of application

Aerospace, automotive, electronic product housings, home appliances, ships, etc.

Advantages

Good Corrosion Resistance: Zinc coating effectively prevents steel from rusting, especially suitable for outdoor or humid environments.
Low Cost: Galvanized steel is cheaper than stainless steel, offering better cost-performance ratio.
High Strength: Compared to ordinary steel, galvanized steel has higher strength.
Aesthetic Appearance: The zinc coating surface is smooth and has a good appearance.

Scope of application

Construction, automotive, home appliance housings, electrical equipment, pipelines, etc.

Advantages

High Strength, Low Density: Lighter than steel but extremely strong, suitable for applications requiring high strength and lightweight.
Excellent Corrosion Resistance: Titanium alloy resists acid and alkali corrosion, suitable for harsh environments.
High Temperature Performance: Titanium alloy maintains its strength and stability at high temperatures.

Scope of application

Aerospace, military industry, chemical equipment, medical devices, etc.

Advantages

Lighter Weight: Lighter than aluminum alloy, with better lightweight performance.
Good Strength-to-Weight Ratio: Although the density is low, its strength and hardness are high.
Good Corrosion Resistance: Especially performs well in marine environments.

Scope of application

Application Scope: Automotive, aerospace, electronic product housings, ships, etc.

Material Selection Guide

Carbon steel

Stainless steel

Aluminum alloy

Galvanized steel

Titanium alloy

Aluminum-magnesium alloy

Surface Treatment

Anodizing

Electrophoresis

Powder Coating

Electroless nickel plating

Sandblasting

Teflon coating

Anodizing

Processing Technology Introduction

Suitable for aluminum alloys, anodizing forms a hard oxide film on the aluminum surface through an electrochemical process, enhancing wear resistance, corrosion resistance, and electrical insulation.

It not only enhances the durability of the material but also allows for coloring, giving the aluminum alloy surface a rich variety of colors. It is widely used in aerospace, automotive, construction, and other fields.

Applicable Materials

Aluminum Alloy
Effect Characteristics

Colorable, surface hardening, good insulation

Electrophoresis

Processing Technology Introduction

Suitable for metals such as steel, aluminum, and zinc alloys, electrophoretic coating uses an electric field to uniformly attach charged paint particles to the metal surface, forming a corrosion-resistant protective layer.

This process is especially suitable for components with complex shapes and provides excellent rust resistance. It is widely used in automotive bodywork, home appliance casings, and other metal surface protection.

Applicable Materials

Steel/Aluminum/Zinc Alloy
Effect Characteristics

Excellent rust resistance, suitable for complex shapes

Powder Coating

Processing Technology Introduction

Suitable for metals like carbon steel, stainless steel, and aluminum, powder coating forms an even, thick layer through electrostatic spraying and is cured at high temperatures, providing strong impact resistance and durability.

This process offers a variety of color options and is solvent-free, making it environmentally friendly. It is commonly used for metal furniture, home appliances, and metal decorations.

Applicable Materials

Carbon Steel/Stainless Steel/Aluminum
Effect Characteristics

Multiple color options, impact resistant

Electroless nickel plating

Processing Technology Introduction

Suitable for metals such as steel, stainless steel, aluminum, and copper, chemical nickel plating uses a chemical reaction to uniformly deposit a nickel layer, offering high corrosion resistance, wear resistance, and oxidation resistance.

This process is suitable for handling complex-shaped parts and is widely used in automotive, electronics, and chemical equipment. It significantly improves the service life and performance of components.

Applicable Materials

Steel/Stainless Steel/Aluminum/Copper
Effect Characteristics

Uniform coating, strong corrosion resistance

Sandblasting

Processing Technology Introduction

Sandblasting involves the high-speed projection of abrasives (such as sand) to impact the metal surface, removing rust, dirt, and oxides while producing a rough matte finish that enhances the adhesion of surface coatings.

Applicable Materials

Various Metals
Effect Characteristics

Matte effect, improves adhesion

Teflon coating

Processing Technology Introduction

Teflon coating is mainly used on various metals, providing low friction coefficient, high-temperature resistance, and anti-stick properties.

Due to its excellent chemical resistance and temperature tolerance, this coating is commonly used in high-temperature equipment, cooking utensils, mechanical parts, and chemical equipment, effectively extending product life and improving performance.

Applicable Materials

Various Metals
Effect Characteristics

Anti-stick, high-temperature resistance, low friction coefficient

Upload drawings

Confirm order

Parts arrived

+86 19932259858

info@china-xp.cn

Processing Cases

Machining Cases

Precision Machining
We Understand the Details Better

Design Drawing Review

Material Selection and Cutting

Surface Treatment Machining

Small stainless steel chassis shell processing

Machining hardware

Lathe machining of non-standard parts

Machining sensor housing

Factory Showcase

Cooperation Process

Customer Requirement Communication

- Requirement Analysis: Communicate in detail with the customer through phone, email, or face-to-face meetings to understand the specific requirements, including product specifications, performance requirements, application scenarios, quantity, and delivery cycle.

- Technical Support: If the customer has doubts about product selection, our technical team will provide professional advice to help choose the most suitable solution.

Solution Customization and Quotation

- Solution Design: Based on customer needs, we develop a customized product solution, including design drawings, technical parameters, and material selection.

- Quotation Provided: After fully understanding the requirements, a clear and competitive quotation will be provided to ensure that the customer understands the price and service content.

Sample Confirmation

- Sample Production: Produce product samples based on the customer's confirmed solution and strictly test them according to quality standards to ensure the samples meet the customer's technical and functional requirements.

- Sample Review: Send the samples to the customer for testing and confirmation, and if necessary, further optimize the samples based on customer feedback.

Contract Signing

- Contract Formulation: After the customer confirms the sample and quotation, both parties negotiate contract details, including delivery time, payment method, after-sales service, etc.

- Contract Signing: Both parties officially sign a cooperation contract, providing legal protection for subsequent production and delivery.

Mass Production

- Order Arrangement: After receiving the customer's order and deposit, we will include the order in the production plan and inform the customer of the production progress.

- Production Monitoring: Monitor the production process throughout to ensure product quality and progress meet customer requirements. Customers can obtain relevant information about production status at any time.

Quality Inspection

- Strict Inspection: Every batch of products undergoes strict quality inspection before leaving the factory to ensure compliance with international standards and customer requirements.

Logistics and Delivery

- Packaging and Shipping: Use packaging methods that comply with international transport standards to ensure the products are intact during transport.

- Logistics Arrangement: Choose the optimal logistics method according to the customer's needs, provide full logistics tracking services, and ensure on-time delivery.

- Delivery Confirmation: After delivery, the customer signs and confirms that the received goods are complete and correct.

After-sales Service

- Technical Support: Provide usage guidance, installation and commissioning services, and promptly address any issues the customer encounters during use.

- Quality Feedback: If the customer provides quality or performance feedback, we promise to respond quickly and provide effective solutions.

- Long-term Cooperation Maintenance: Regularly visit customers to understand usage conditions and new needs, maintaining a good cooperative relationship.