High-precision MAX30102 Pulse Oximeter & Heart-Rate Sensor Module with integrated red/IR LEDs and photodetector for accurate SpO₂ and pulse monitoring, ideal for Arduino, Raspberry Pi, ESP32, and IoT health devices.
The MAX31865 Platinum Resistance Temperature Sensor Module is a high-precision RTD-to-digital converter for PT100 and PT1000 sensors. It ensures accurate temperature measurement, low noise performance, and fast response time. With an SPI interface, it easily integrates with Arduino, Raspberry Pi, ESP32, and IoT projects. Ideal for industrial automation, HVAC systems, thermal monitoring, and smart temperature control, the MAX31865 sensor delivers stable, real-time data for high-efficiency applications. The MAX31865 input has over voltage protection of up to ± 45V, providing configurable RTD and open cable, short circuit condition detection.
The MC A210 Max Double Iron Soldering Station is a professional-grade dual-channel soldering station equipped with two independent soldering irons, precise temperature control, fast heating ceramic elements, and ESD-safe design—ideal for advanced electronics repair, rework, and production.
The MC T12 Pro Anti-Static Soldering Station is a high-performance digital soldering system featuring ultra-fast heating T12 tips, precise temperature control, and full ESD protection. It’s ideal for precision electronics, SMD soldering, and professional repair work.
The MC T210 SE Thermostatic Soldering Station is a compact, high-precision soldering tool designed with advanced thermostatic control, rapid heat-up technology, and an ergonomic handle for comfortable, ESD-safe electronics repair. Ideal for SMD soldering, fine-pitch components, and professional rework.
MC V4B48 Lead-Free Solder Paste (35g) is a high-performance, no-clean soldering compound suitable for surface mount applications. With a reliable Sn42/Bi58 alloy composition, it ensures strong joints, excellent wettability, and minimal residue for professional electronics work.
The MECHANIC AAS-14 Tweezers are precision-engineered, anti-static, and corrosion-resistant tools made from high-quality stainless steel. Designed for fine electronics handling, these tweezers are perfect for surface mount components, PCB assembly, and professional repair work.
The MECHANIC AAS-15 Tweezer is a high-precision, anti-static, non-magnetic tool crafted from stainless steel. Designed for SMD handling, micro-soldering, and PCB assembly, it provides optimal control for delicate electronic components.
MECHANIC HX T100 Solder Wire (0.3 mm, 55 g) is a precision-grade solder wire designed for micro-electronics, fine-pitch SMD work, and advanced circuit repairs. Its ultra-thin 0.3 mm diameter combined with high-activity rosin core flux ensures excellent wetting, low residue, and strong, reliable joints on delicate components.
Key Specs:
55 g spool | 0.3 mm diameter | Rosin core | Ideal for SMD and micro-soldering.
The Mechanic M60 Solder Wire (0.4 mm, 40 g) is a high-performance rosin-core solder wire built for precision electronics work. Its 0.4 mm ultra-fine diameter allows for accurate solder flow and excellent joint quality, making it ideal for SMD components, PCB assembly, and advanced repair.
Perfect for manual soldering, rework, and fine-pitch electronics.
Key Specs:
40 g spool | 0.4 mm diameter | Rosin core | Excellent wetting & flow.
The MECHANIC R300 Wick Wire 1515 is a high-quality desoldering braid designed for efficient removal of excess solder during PCB rework and repair. Its braided copper construction and flux coating ensure fast wicking, clean pad restoration, and safe component removal.
An essential tool for electronics assembly, fine-pitch repair, and prototype cleanup.
Key Specs:
1.5 mm width | 1.5 m length | Flux-coated copper braid | Professional desoldering performance.
The MECHANIC TF350 Flux Paste is a high-activity, lead-free flux designed specifically for BGA rework, SMD soldering, and micro-soldering tasks. With excellent wetting and low residue, it enhances solder joint quality and ensures smooth reflow in PCB repairs and reballing processes.