Product Announcements:
Electrical and Electronics

Gasketed plate heat exchanger (GPHE) designed for efficient heat transfer in HVAC, food processing, chemical, and industrial applications. Flexible design, easy maintenance, and high thermal performance. Read more...

Large-bore through-hole slip ring with an inner diameter of 100 mm, customizable channels available, ideal for radar, robotics, wind power generation and rotating equipment. Read more...

-196°C~+80°C wide temp range, dual-core, high precision & durability, suitable for liquid nitrogen equipment, industrial automation, aerospace and other extreme condition scenarios. Read more...

IP65 rated rotary union with 4 fiber optic channels and 38 electrical/signal circuits. Designed for high-end equipment and military applications. Simultaneously transmits optical signals, power current, and low-speed signals during continuous rotation. Robust, reliable, and combat-ready. Read more...

Next-gen strain wave gear with patented dual-arc design delivers higher engagement, lower sliding, and precise, quiet operation for robotics and industrial automation. Read more...

Precision planetary gearbox wheel with robust steel bracket and durable rubber tire, offering high efficiency, low noise, and maintenance-free operation for automated guided vehicles. Read more...

High-precision, compact micro planetary gearbox offering superior torque density, rigidity, and efficiency for space-constrained precision motion applications. Read more...

CaesarPlanetary high-precision planetary gearboxes deliver reliable, compact, and high-torque solutions for diverse automation and industrial applications. Read more...

LR44 batteries are small, reliable coin cells (also known as button cell batteries) used in devices like medical instruments and key fobs. This article explores their common uses, equivalents, and how to find the right one for your needs. Read more...

The CR2032 battery, which is widely used, has a 3V lithium cell and can be found in many small electronic devices. Read more...