Electrical Engineering Components  Manufacturers, Traders, Suppliers

As world’s leading system supplier in the areas of stamping, forming, welding and assembly technology, Bihler stands for certified top technology “Made in Germany”. The family-owned company with 1.100 employees offers manufacturers of stamping and forming parts as well as assembly producers powerful machine systems, flexible process modules and intuitive control technology combined with highly cost-effective automation solutions. Since the company was founded in 1953, Bihler has successfully implemented more than 12,000 customer-specific solutions. In addition to machine and plant engineering, Bihler is a premium provider of 3D technology software for the construction of stamping and forming tools.

This distribution unit features a modular design for flexible and convenient installation, supporting rapid assembly, disassembly and expansion. The enclosure is constructed from high-strength flame-retardant materials, offering superior dustproofing, moisture resistance, and corrosion resistance to ensure stable operation in demanding environments. Its internal layout is well-organised with clear wiring and ample ventilation channels, effectively enhancing the unit's service life and operational safety. Integrated intelligent monitoring interfaces provide real-time operational status feedback, facilitating remote maintenance and fault alerts. This solution is widely applicable across industrial, commercial, and other power distribution scenarios.

The technical documentation for power monitoring equipment specifies its core performance characteristics and standards in detail. The device's measurement accuracy complies with IEC 61557-12 standards, achieving 0.2-class precision for voltage/current measurements, while harmonic measurements meet the IEC 61000-4-30 Class A standard. The hardware employs a 32-bit ARM processor architecture, supporting high-speed sampling at 256 points per cycle, and features a passive node configuration comprising 4 digital inputs (DI) and 2 digital outputs (DO).

Industrial Plants: Steel, chemical, machinery, automotive manufacturing, and other high-power industries
•Power Generation & Substations: Power plants, renewable energy systems, and substations for stable high-voltage distribution
•Infrastructure Projects: Large commercial complexes, airports, railway stations, and metro systems
•High-Rise Buildings & Skyscrapers: Centralized high-voltage distribution for multi-story buildings
•Data Centers & Communication Hubs: Ensuring continuous high-voltage power supply for critical systems
•Hospitals & Public Facilities: Reliable emergency power distribution in essential services
•Tunnels, Underground Facilities & Transportation Systems: High-density, fire-resistant, and secure power distribution

The company has 55 sets of riveting machines, including three composite riveting machine with a total of five models, by the company and the domestic riveting machine manufacturers on the basis of independent development, design, improvement, at the domestic leading level, while equipped with mold design, processing workshop, can meet the different materials, different specifications of the product production and processing requirements, rivets, monthly production capacity of up to 80 million particles.
The process adopts advanced post-processing technology, all metal abrasives (without silicon, calcium, resin and other components), and the first to use imported contact surface anti-oxidant, to ensure that the production of rivet contact products low resistance, high reliability.

PCB, or Printed Circuit Board, is the "neural network" of electronic devices. As a core carrier, it not only supports the fixation and mechanical connection of components such as capacitors and chips, but also enables efficient and stable transmission of circuit signals. Classified by layers, PCBs include single-sided, double-sided and multi-layer boards. The latter, with the advantage of high-density integration, is widely used in high-end electronic equipment. Its production requires precision processes like etching and drilling; material and craftsmanship directly determine the reliability and service life of electronic devices. From daily mobile phones and computers to automotive electronics, medical equipment and communication base stations, PCBs are indispensable core components and a key pillar for the development of the electronics industry. Our company can accurately manufacture 1-32 layer PCB prototypes. With advanced technology systems, we fully meet the strict requirements of multiple fields such as automotive electronics, medical equipment and AI. We always adhere to the core philosophy of "ultimate quality and stable performance", and with our efficient delivery system, we help your products enter the terminal market faster.We specialize in precision manufacturing of 1-32 layer PCB prototypes. Leveraging our advanced technology suite, we meet the stringent requirements across automotive electronics, medical devices, AI, and other key sectors. With "ultimate quality and stable performance" as our core commitment, our efficient delivery system helps you get your products to the end market faster.

ISO9001，ISO4001，ISO45001，16949，UL

Automotive electronics, medical devices, consumer electronics, industrial control, military security, aerospace, etc.