DIP PCB Assembly Services

Reliable through-hole (DIP) assembly for complex and high-power electronics, ensuring strong solder joints and long-term durability.

✓ Strong Solder Joints ✓ High Reliability ✓ Mixed Assembly Support
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Reliable DIP Assembly for Industrial Electronics

Through-hole (DIP) assembly remains essential for applications requiring mechanical strength, high reliability, and durability. It is widely used in industrial control systems, power electronics, and automotive devices.

Strong Mechanical Stability

Through-hole components provide superior strength for demanding environments.

High Power Handling

Ideal for power electronics and high-current applications.

Manual & Wave Soldering

Supports both automated wave soldering and skilled manual assembly.

Mixed Assembly Capability

Seamlessly integrates SMT and DIP assembly in one production line.

DIP Assembly Capabilities

Component Types
Through-hole components
Suitable for high-reliability designs
Soldering Methods
Wave & Manual Soldering
Flexible production options
PCB Types
Single-sided, Double-sided, Multilayer
Supports various board structures
Assembly Type
Standalone DIP or Mixed (SMT+DIP)
One-stop solution
Production Volume
Prototype to Mass Production
Scalable manufacturing
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DIP Assembly Process

1. Component Insertion
2. Wave Soldering
3. Manual Soldering
4. Inspection
5. Functional Testing

Quality Assurance

Visual Inspection

Ensures proper component placement and solder quality.

Wave Solder Quality Control

Optimized soldering parameters for stable joints.

Functional Testing

Guarantees board performance under real conditions.

Start Your DIP Assembly Project

Reliable through-hole assembly for industrial and high-power applications.

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DIP Assembly FAQs

What is DIP assembly?
DIP (Dual In-line Package) assembly refers to through-hole component insertion and soldering.
When should I use DIP instead of SMT?
DIP is preferred for high-strength, high-power, and industrial applications.
Do you support mixed SMT and DIP assembly?
Yes, we provide full mixed assembly solutions in one production process.
What soldering methods are used?
We use wave soldering and manual soldering depending on component requirements.
Is DIP assembly more reliable?
Yes, through-hole connections provide stronger mechanical bonding.
Can you handle high-power boards?
Yes, DIP is ideal for high-current and power electronics applications.
What is the lead time?
Typically 5-7 days for prototypes, depending on complexity.
Do you offer component sourcing?
Yes, we provide turnkey DIP assembly including sourcing.