RF4 RF-S02 360° Universal Rotating PCB Fixture

Unmatched Versatility for Complex Motherboard Repair

Precision is impossible without stability. The RF4 RF-S02 provides a specialized mechanical solution for holding irregularly shaped logic boards, allowing you to access every side of a component with a simple flick of the wrist.

Key Features:

360-Degree Infinite Rotation: The high-precision bearing system allows for smooth, continuous rotation. You can lock the board at the exact angle needed to follow a trace or align a BGA chip perfectly.

Universal Multi-Point Clamping: Designed to securely grip everything from tiny Wi-Fi modules to large tablet motherboards. The adjustable jaws are shaped to hold boards by the edges, leaving the center areas clear for hot air and soldering work.

Strong Magnetic Base Integration: The fixture is equipped with powerful magnets that lock onto any steel work surface or the RF4 integrated workstation base, preventing the jig from sliding during high-pressure tweezers or iron work.

Heat-Resistant Synthetic Stone: The clamping blocks are made from high-density synthetic stone, which withstands direct heat from hot air stations ($400°\text{C}+$) without deforming or transferring heat away from the solder joint.

Low-Profile Ergonomic Design: Specifically height-optimized for use under trinocular microscopes, ensuring you maintain a comfortable working distance and clear line of sight.

Aviation-Grade Aluminum Alloy: The main body is CNC-machined from premium aluminum, providing a rust-proof, durable finish that stands up to the rigors of a high-volume GSM repair shop.

Tool-Free Adjustment: Features intuitive knurled knobs for quick clamping and releasing, significantly speeding up the workflow for busy technicians.

Technical Specifications:

Brand: RF4

Model: RF-S02 (Rotating Series)

Rotation Angle: $360°$ Horizontal

Material: Aluminum Alloy + Synthetic Stone

Base: Magnetic High-Stability Base

Application: PCB Soldering, IC Desoldering, Jumper Wire Work, Microscope Inspection.