Lanrui Speed Needle S01 C210 Soldering Iron Tip

Precision Meets Durability

The Lanrui Speed Needle S01 C210 Soldering Iron Tip is crafted for professionals who demand excellence in their soldering projects. Designed with precision and durability in mind, this tip ensures seamless performance for the most intricate tasks. Lanrui Speed Needle S01 C210 Soldering Iron Tip

Engineered for Efficiency

Built from high-quality materials, the S01 C210 tip guarantees consistent heat transfer, making it ideal for a wide range of applications. Whether you’re working on delicate circuits or robust components, this soldering tip delivers unmatched accuracy and reliability. Lanrui Speed Needle S01 C210 Soldering Iron Tip

A Versatile Soldering Solution

Compatible with various soldering stations, the Lanrui Speed Needle S01 C210 adapts easily to your requirements. Its long-lasting design cuts down on replacement frequency, saving you time and effort. Achieve clean and professional results every time. Lanrui Speed Needle S01 C210 Soldering Iron Tip

The Lanrui Speed Needle S01 C210-SI is an engineer-grade, high-precision soldering iron tip engineered specifically for microscopic electronics repair, smartphone motherboard servicing, and intricate chip-level micro-soldering. Lanrui Speed Needle S01 C210 Soldering Iron Tip

Below is the comprehensive technical specification breakdown presented in an in-depth tabular structure detailing its architecture, electrical parameters, material composition, operational bounds, and compatibility guidelines.

Lanrui Speed Needle S01 C210 Full Technical Specifications

Classification Category	Specification Parameter	Technical Detail & Engineering Value
Identification & Brand	Manufacturer Brand	Lanrui
	Product Model Code	S01 C210-SI (Speed Needle Series)
	Target Component Industry	Micro-electronics, SMD/SMT Rework, Smartphone Logic Board Repair
Physical Geometry	Tip Shape Architecture	Ultra-Sharp Needle Point / Straight Micro-Conical
	Primary Tip Tip Diameter	$0.1 text{ mm}$ (Micron-level accuracy threshold)
	Interchangeability Design	Plug-and-Play quick exchange system
	Structural Component Count	1 Core Iron Body Housing with 5 Interchangeable Ultra-Sharp Replacement Needles
	Unit Gross Weight	Approx. $25 text{ g}$
	Base Cartridge Weight	$0.005 text{ kg}$ (Net weight per cartridge unit)
Material Science	Internal Thermal Core	High-purity, oxygen-free Pure Copper (Cu) for maximum thermal conductivity
	External Surface Layer	Multi-layer Electroplated Anti-Oxidation Coating
	Surface Aesthetics & Finish	High-lustre, bright, completely impurity-free electroplate
	Mechanical Properties	Anti-corrosion, anti-wear, high erosion resistance against aggressive flux chemicals
	Solder Wetting Performance	Optimized wetting characteristics ensuring instantaneous tin flow without dewetting
Thermal & Electrical	Integrated Heating System	Embedded internal heating element directly coupled with structural thermocouple
	Thermal Response Time	$le 3 text{ seconds}$ from ambient to active fusion temperature
	Heat Loss Mitigation	Zero-waste energy delivery system with high-efficiency localized thermal shielding
	Recommended Continuous Temperature	$le 300^circtext{C}$ (Designed to prevent structural degradation of the 0.1mm micro-needle)
	Maximum Intermittent Temperature	Over $350^circtext{C}$ (Strictly limited for high-mass ground-plane junctions)
System Compatibility	Station Configuration Family	Universally compatible with all standard 210-Series Soldering Stations
	Supported Handles / Iron Pens	T210 Precision Handles, Sugon C210, Aifen C210, JBC T210 equivalent handles
	Adapter Requirements	Native plug connection; zero external modular adapters or software recalibration required
Application Domain	Micro-soldering Tasks	Motherboard Flying Wire (Jump wire patching), BGA Pad repair, IC Trace reconstruction
	Specific Hardware Repair	Mobile Phone Logic Boards, CPU Silver/Gold pad defects, Display Screen flex-ribbon distortion

Detailed Technical Insights & Engineering Deep Dive

1. Advanced Structural Architecture

Unlike standard single-piece soldering cartridges, the Lanrui S01 features a modular Plug-and-Play needle design. The main C210 cartridge acts as a structural housing and thermal conductor, which accepts five ultra-sharp replacement micro-needles provided in the package. This design mitigates the high operating costs typically associated with precision micro-soldering, where accidental drops or excessive physical force can instantly ruin a $0.1text{ mm}$ tip profile. Lanrui Speed Needle S01 C210 Soldering Iron Tip

2. Thermal Management and Core Substrate

The core substrate is constructed of high-purity, oxygen-free copper. Copper provides an exceptionally high thermal conductivity rating, allowing the integrated internal heating element to transfer thermal energy instantly to the outermost point of the needle. Lanrui Speed Needle S01 C210 Soldering Iron Tip

The S01 achieves an active operating temperature in roughly 3 seconds. This instant thermal response ensures that when the tip makes contact with a micro-component, the temperature drop (thermal recovery delay) is virtually non-existent, preventing cold solder joints. Lanrui Speed Needle S01 C210 Soldering Iron Tip

3. Material Electroplating and Longevity Boundaries

The ultra-fine $0.1text{ mm}$ point is reinforced with a precision-regulated electroplated finish. This finish provides high corrosion resistance against active rosin cores and synthetic fluxes. However, because of the minuscule surface area of a $0.1text{ mm}$ point, physical and chemical wear accelerates rapidly at higher temperatures.

⚠️ Critical Operational Note

Material engineers and the manufacturer strongly recommend keeping the regular working temperature at or below $300^circtext{C}$ . Operating the iron significantly above this baseline accelerates copper oxidation underneath the plating and leads to rapid tip erosion, degradation of the needle profile, and poor tin adhesion.

4. Application Engineering (Flying Wire & CPU Rework)

The tip is optimized for flying wire (jump wire) operations, a repair method where microscopic copper wires are routed across fractured paths on a circuit board. The $0.1text{ mm}$ point allows technicians to melt solder precisely on individual traces under a microscope without accidentally melting or bridging neighboring components, such as multi-layer smartphone logic boards or micro-BGA chips.

Lanrui Speed Needle S01 C210 Soldering Iron Tip