Guangzhou Weipuna Technology Development Co., Ltd.

Guangzhou Weipuna Technology Development Co., Ltd.

OEM and ODM Services

In the computer manufacturing industry, OEM and ODM services play a crucial role in meeting the diverse needs of global brands and businesses. These services allow companies to outsource production while maintaining their brand identity or leveraging pre-designed solutions.

1. OEM (Original Equipment Manufacturer)
OEM refers to a manufacturing model where the client provides the design, specifications, and branding, and the factory produces the product according to those requirements. This service is ideal for companies that have already developed their own product designs but need large-scale manufacturing capabilities.

Key Features of OEM Services:
Customized production based on client-provided blueprints.
Manufacturing under the client's brand name.
Flexibility in customizing hardware components, software installations, and packaging.
High level of control over product design and quality.
Example: A tech company designs a new laptop with unique specifications, including custom hardware configurations and pre-installed software. The computer factory manufactures these laptops according to the exact design and packages them with the company's logo.

2. ODM (Original Design Manufacturer)
ODM involves the factory providing its own pre-designed products or platforms, which the client can modify slightly or use directly under their brand. This service is suitable for companies looking for faster time-to-market and cost-effective solutions without extensive R&D investment.

Key Features of ODM Services:
Factory-provided product designs with options for customization.
Faster production cycles due to pre-existing designs and prototypes.
Cost savings on research and development.
Ability to rebrand the product with the client's logo and packaging.
Example: A computer factory offers a range of pre-designed desktop computers. The client selects a base model, modifies it slightly (e.g., changing the casing color or adding custom software), and markets it under their own brand.

1. Assembly (Component Integration):

The assembly stage involves carefully integrating all components into the computer chassis. This includes installing the motherboard, CPU, GPU, RAM, storage drives, power supply units, cooling systems, and other peripherals. Automated machinery and skilled technicians work together to ensure precise alignment and secure connections.

2. Testing (Functional Verification):

After assembly, each unit undergoes comprehensive functional testing. This includes powering on the system to verify that all hardware components function correctly. Tests may cover boot sequences, input/output operations, connectivity, and overall system stability. Any issues detected at this stage are addressed immediately.

3. Quality Inspection (QC):

Quality control (QC) is a critical step where each unit is inspected for defects or inconsistencies. Skilled inspectors examine the physical integrity of the device, ensuring there are no loose connections, scratches, or other visible flaws. Additionally, software checks confirm that the operating system and drivers are properly installed and functioning.

4. Aging (Burn-in Process):

The aging process, also known as the burn-in process, involves running the computers under controlled conditions for an extended period. This helps identify any potential defects or weaknesses in the components that might not be apparent during initial testing. Aging ensures long-term reliability and durability of the product by simulating real-world usage scenarios.

5. Dust-Free Processing (Cleanroom Operations):

Certain stages of production, especially those involving sensitive electronic components like circuit boards, take place in a cleanroom environment. These areas are free from dust, particles, and contaminants that could affect the functionality of the computer. Workers in these environments wear specialized protective gear, and equipment is designed to minimize contamination.

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6. Packaging (Secure Preparation for Shipment):

Once the computers pass all quality checks, they are carefully packaged for shipment. Packaging materials are designed to protect the devices from physical damage, moisture, and static electricity during transportation. Each unit is typically wrapped in anti-static bags, placed in sturdy boxes, and cushioned to prevent movement during transit.

Participate in exhibitions:

1. Two large factories collaborate in manufacturing, cost efficiency is double excellent
Metal & electronic double factory linkage:

• Cost advantage: self-produced core components such as heat dissipation module and customized chassis, the comprehensive cost is 15-22% lower than peers.
• Agile delivery: 24-hour sampling for metal structural parts, 72-hour rush delivery capability for complete machine assembly.

2. The depth of industry customization, OEM / ODM services are met

15-day high-speed sampling: from industrial design to mass production solutions, support for servers/edge computing devices/OEM machine customization/ODM OEM production. Carton customization is also supported.

• Stage 1: Hardware factory chassis appearance customized production
• Stage 2: compatibility tuning by electronics factory
• Stage 3: Synchronized mass production in dual factories, delivery cycle shortened by 40​

3. Worry-free after-sales service

• Multi-language technical team online: English, Spanish, French and other multi-language after-sales line, within 24 hours to respond to the needs of 48 hours to produce solutions, across the time zone barriers.
• Three-level engineers hierarchical response: conventional problems remote guidance → hardware fault diagnosis → production line level in-depth maintenance, accurate matching fault level, maximize the reduction of downtime loss

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