Relife RL-067B Universal Heating Iron Table

Relife RL-067B Universal Heating Iron Table

The Relife RL-067B 936 / 210 / T12 Universal Heating Iron Table is a professional repair platform designed for advanced CPU IC maintenance, chip-level soldering, and motherboard repair applications. Compatible with 936, 210, and T12 soldering systems, this multifunctional heating table provides stable thermal support for precise microsoldering and CPU rework operations.

Engineered for professional electronics technicians, the RL-067B supports efficient repair of A9 to A18 CPU ICs, making it ideal for modern smartphone motherboard maintenance and advanced chip refurbishment procedures. Its precision heating platform improves soldering stability, reduces repair errors, and enhances workflow efficiency during delicate IC repair tasks.

Built with durable heat-resistant materials and a compact professional design, the Relife RL-067B ensures reliable performance for BGA soldering, CPU reballing, PCB maintenance, and precision electronics repair environments.

Key Features:

• 🔧 Universal heating iron table for CPU IC repair work
• 📱 Compatible with A9 to A18 CPU IC maintenance
• ⚡ Supports 936, 210, and T12 soldering systems
• 🎯 Stable heating platform for precise microsoldering tasks
• 🛠️ Ideal for motherboard repair and chip-level maintenance
• 🔥 Heat-resistant durable professional construction
• 💪 Enhances soldering stability and repair efficiency
• 🔄 Suitable for BGA repair and CPU reballing procedures
• 🚀 Compact workstation design for professional repair labs
• 🧲 Essential tool for advanced electronics technicians

Technical Specifications:

• Brand: Relife
• Model: RL-067B
• Product Type: Universal Heating Iron Table
• Compatibility: 936 / 210 / T12 soldering systems
• Supported CPUs: A9 to A18 CPU IC
• Application: CPU repair and motherboard maintenance
• Function: Heating support for chip-level soldering
• Usage: PCB repair and microsoldering operations
• Material: Heat-resistant professional-grade construction
• Feature: Stable thermal repair platform design