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iOne it-T210Pro Micro Soldering Station

iOne it-T210Pro Micro Soldering Station
iOne it-T210Pro Micro Soldering Station
New -24 %
iOne it-T210Pro Micro Soldering Station
iOne it-T210Pro Micro Soldering Station
iOne it-T210Pro Micro Soldering Station
  • Stock: In Stock
  • Model: it-T210Pro
  • Weight: 1.50kg
People Interested: 7
Rs.3,799.00
Rs.4,999.00
Ex Tax: Rs.3,799.00

The iOne it-T210Pro Micro Soldering Station is a professional-grade, 75W precision smart heating platform engineered specifically for high-density component-level smartphone, tablet, and laptop motherboard rework. Designed to meet the demanding thermal recovery standards of modern micro-soldering labs, this station utilizes an advanced microprocessor-driven PID temperature controller to deliver lightning-fast heat transfer and absolute temperature stability under heavy ground-plane loads.


At the core of the it-T210Pro is its highly efficient integrated cartridge heating engine, which allows the soldering tip to hit standard working temperatures and melt tin in just 2 seconds. This instantaneous thermal recovery protects delicate multi-layered PCB tracks by minimizing target contact time, preventing trace lifting, component overheating, and accidental pad tearing during microscopic jumper work or BGA pad cleanup.


Key Engineering Features & Bench Advantages:

  • 2-Second Flash Heating & Recovery: Powered by a high-efficiency transformer system, the iron delivers immediate heat compensation, melting solder almost instantly upon touch and ensuring continuous workflow without sluggish temperature drops.
  • Intelligent Auto-Sleep & Standby: Built-in induction sensors detect when the handpiece is placed back onto the zinc alloy stand. The station instantly lowers the idling temperature, extending the operational life of fine micro-tips by up to 5 times and preventing premature oxidation.
  • Smart Motion Wake-Up: The moment a technician lifts the high-temperature silicone handle from the cradle, the station automatically exits standby mode and flashes back up to full preset operational heat before the tip even touches the circuit board.
  • Microprocessor PID Temperature Compensation: Offers an adjustable temperature window spanning 120°C to 450°C with smart automated offset calibration, guaranteeing that the tip temperature stays constant regardless of the thermal mass of the component array.
  • Ergonomic Anti-Scald Handpiece: Designed for long hours under a microscope, the lightweight, ultra-short tip-to-grip distance handle provides extreme steering stability when working with 0.02mm thin trace jumper wires.

Technical Specification Matrix

Parameter Profile

Component Specification Details

Brand / Manufacturer

iOne Precision Tools

Model Series Line

it-T210Pro Desktop Smart System

Peak Power Rating

75W High-Output Fast Recovery Transformer

Temperature Scope

120°C – 450°C Constant Thermostat Range

Control Interface

Visual LCD Segment Display with Digital Calibration

Heating Elements

Fully Compatible with Industry-Standard C210 Cartridges

Safety Integration

ESD Safe, Over-Current Protection, Anti-Static Grounding

Primary Bench Utility

FaceID Dot Projector Fixes, iPhone CPU Jumpering, Micro SMD Rework


Recommended Bench Operation Guide:

  1. Tip Selection & Setup: Match your cartridge profile to the job: use a fine curved needle tip for under-IC micro-jumpers or a sharp chisel profile for leveling open BGA pads. Ensure the tip is fully seated into the handle barrel before powering on.
  2. Thermal Calibration: Adjust the temperature selection using the tactile front buttons. For standard leaded solder arrays, set the base to 320°C to 340°C. For stubborn lead-free factory alloys, increase the parameter to 360°C to 380°C.
  3. Trace Execution: Apply a tiny bead of premium tacky flux directly over your target pad. Move the micro-tip swiftly into contact with the trace; the 2-second thermal loop ensures instantaneous flow without long holding pressures.
  4. Cradle Idle Care: Always return the handle squarely into the stand when pausing to inspect layouts or change parts. Confirm that the LCD interface indicates the downward sleep countdown to preserve your plating.
  5. Tip Maintenance: Before shutting down, clean the tip using brass wire sponge mesh, avoid abrasive damp sponges that cause thermal shock, and apply a thick protective layer of solder over the tip edge to prevent atmospheric oxidation while cold.

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