Other Electrical Powered Tools

The company's newly developed DM-CL Aluminium Cable Festoon Systems is an upgraded alternative to the traditional Steel Cable Festoon Systems, which can be combined with cables and trolleys to form an ideal mobile power supply system. The system has relatively low environmental requirements, runs smoothly does not produce sparks, and can work normally in indoor, outdoor, dusty, and large temperature difference occasions. This Festoon Systems can be widely used in various overhead cranes, gantry cranes, electric hoists, tobacco machinery, and mobile power supply of lifting equipment in the paper industry, warehouses, shipyards, docks, etc.   Why did we choose DEMAELECTRIC?   Product structure Modular design, quick installation, saving 50% construction time. Production workshop A. Own clean workshop to prevent dust from entering. B. 5S management. Processing cycle      A. For products with unusual usage, after the raw materials are put into storage, we will work overtime to schedule production based on the customer's schedule, ensuring both quality and quantity, to ensure the user's installation schedule. B. We have established long-term cooperative relationships with logistics companies to ensure efficient and safe operation. Implementation standards A.  Benchmark the quality of imported products and continuously improve the application scope and application environment of products. B. Raw materials must have a certificate of conformity when entering the site, and debris is not allowed.  More: https://www.demaelectric.com/products.html

DMHP enclosed conductor Bar（Open Monorail Systems) adopts polymer polyvinyl chloride housing, embeds a plurality of transmission copper conductors as transmission bus, and is equipped with a flexible multi-pole brush current collector, which is simple and compact, safe and reliable. Enclosed conductor bar are widely used in cranes and other electrical equipment.Copper instead of steel as a transmission conductor can save 15%~20% of electric energy, and greatly save materials and installation costs. Easy to install and maintain. Now it is widely used in factories and mines, warehouses, stations, ports, and terminals of lifting machinery, such as electric hoists, cranes, elevators, automatic production lines, and other mobile electrical equipment.   Certificate We have professional certificate like: CE Certificate, ISO9001 Quality Certificate, ISO14001 Environment Certificate, ISO45001 Health&Safety Certificate etc. The specific details can be confirmed through the certificate section of the website. Features Enclosed Conductor Rail System: The Future of Efficient Power Distribution In the fast-paced world of modern industry, dependable power distribution is critical to maintaining productivity and ensuring safety. The Enclosed Conductor Rail System emerges as a revolutionary solution for industries ranging from manufacturing and warehousing to transportation and entertainment. Designed with innovation, durability, and efficiency in mind, this cutting-edge system is set to redefine how power is delivered to mobile applications. Overview of the Enclosed Conductor Rail System The enclosed conductor rail system is an advanced electrical distribution solution that utilizes a robust, insulated rail housing to safely and efficiently deliver power to a variety of equipment, vehicles, and machinery. Unlike traditional open conductor systems, which expose wiring and components to environmental hazards, the enclosed design offers enhanced protection against dust, dirt, moisture, and other potential contaminants. This system is engineered to support heavy loads while maintaining minimal maintenance needs—a critical factor for businesses looking to optimize their operations. Its modular design allows for easy configuration and adaptability, enabling you to scale your power distribution as your needs evolve. More: https://www.demaelectric.com/products.html

Mainly used in the semiconductor packaging industry, it can be used for various types of integrated packaging. Automatic Press-Fit Machine — Precision, Speed, Reliability Upgrade your production line with our Automatic Press-Fit Machine — engineered for repeatable, high-throughput press-fit insertion with industry-grade precision. Built for electronics and connector assembly where consistent force control, part integrity, and uptime matter, our Press Fit Machine combines servo-driven motion, integrated process monitoring, and flexible tooling to deliver fast cycle times and near-zero defect rates. Our Automatic Press-Fit Machine performs controlled press-fit insertions and swaging operations with programmable force profiles, automatic head/tool changes, and optional vision alignment — ensuring every connector or component is seated correctly without board damage. It’s designed for both inline SMT/PCB lines and stand-alone automation cells. Key features ·  Servo-controlled press with force-profile management for repeatable, measurable insertions and automatic reject on out-of-spec events. ·  High-precision positioning & optional vision guidance to align pins/connectors before press-fit, reducing cycle rework. ·  Multi-head / multi-station configurations available for high throughput (parallel insertion) or flexible one-off setups. ·  Smart process monitoring & data logging (SPC) — force/position traceability for quality control and process optimization. ·  Modular tooling and quick-change fixtures so the machine adapts fast to new connector types and board layouts. ·  User-friendly touchscreen HMI and PLC control with recipe management for fast line changeovers. Benefits for your factory ·  Reduce defects & rework — precise force control and vision alignment protect expensive PCBs and components. ·  Increase throughput — configurable multi-head systems and fast cycle recipes maximize production yield. ·  Improve traceability & compliance — built-in logging and reject handling make audits and quality reporting simple. ·  Lower total cost of ownership — robust design, easy maintenance, and modular upgrades keep downtime low. About us: https://www.topleadingintel.com/aboutus/

Mainly used in the semiconductor packaging industry, it can be used for various types of integrated packaging. Tri-Temperature Test Handler — Precision Thermal Test Our Tri-Temperature Test Handler delivers reliable, repeatable thermal testing across the full tri-temp spectrum so you can validate device performance where it matters most — from extreme cold to high heat. Designed for engineering labs and scalable to production lines, this handler combines precise thermal control, high throughput multi-site testing, and broad device compatibility to shorten time-to-market and reduce test costs. Benefits of Tri-Temperature Handler ·  Wide, industry-grade temperature range for true tri-temp testing (cold → ambient → hot), supporting the full range of device characterization and qualification needs. ·  Active thermal control (ATC) and multi-zone temperature management keep DUT temperatures stable and uniform during high-power or long soak tests, improving data quality and yield. ·  Multi-site parallel testing and optimized handling mechanics deliver high units-per-hour throughput while minimizing jams and socket wear — ideal for semiconductor production and high-volume validation. ·  Flexible cooling/heating architectures (LN₂ or modern refrigerant thermal engines) let you match performance to cost and facility constraints. ·  Engineered to support a wide array of package types (QFN, BGA, QFP, TO- packages, SOT23, etc.) and easy kit changeover for fast product mix-shifts. Technical Highlights ·  Full tri-temp capability with precision thermal control for accurate soak and transition cycles. ·  Configurable parallelism (single-site up to multi-site arrays) so you can prioritize throughput or per-device characterization as required. ·  Industry-proven sockets, thermal engines, and pre-heat designs that integrate seamlessly with ATE test heads and common production workflows. ·  Robust mechanical design for long MTBF and easy maintenance — reduces downtime and total cost of ownership. About us: https://www.topleadingintel.com/aboutus/

Mainly used in the semiconductor packaging industry, it can be used for various types of integrated packaging. A final test handler is an automated system used for the final testing of semiconductor devices. It performs critical functions such as device transport, temperature control during testing, and sorting of units based on test results. Through advanced semiconductor testing systems, manufacturers can identify non- compliant devices early, optimize overall production yield, and minimize the risk of failures in critical applications. Advanced Final Test Handling System Modern semiconductor applications demand high-precision, innovative technology — including automated optical inspection (AOI), tri-temperature testing, IC testing, and sensor testing. These processes require reliable, repeatable, and clean test floor environments to ensure the highest levels of quality control and product assurance. As a full-service systems integrator, Top-leading provides comprehensive semiconductor solutions — from Automatic Test Equipment (ATE) to fully Automated Handling Systems. Our expertise covers the design, manufacturing, and service of state-of-the-art device handling solutions — from basic sub-systems to turnkey automation platforms. Flexible and Scalable Final Test Handler Solutions Top-leading's innovative and user-friendly handling systems can be configured as basic, kitless test handlers or expanded into advanced test handling systems through a wide range of optional modules. This flexibility allows users to meet diverse testing requirements efficiently — from R&D environments to high- volume production. Our Test Handler platform covers a wide range of automated test and handling applications, from passive electronic components to semiconductor devices. In addition to standard test handlers for resistors and capacitors, our platform can be extended to semiconductor test handler solutions, including KGD (Known Good Die) handling and testing, supporting customized test flow, sorting logic and automation integration. About us: https://www.topleadingintel.com/aboutus/

Mainly used in the semiconductor packaging industry, it can be used for various types of integrated packaging. Automated Optical Inspection System — Accurate. Fast. Built for Production Deliver defect-free electronics with an advanced Automated Optical Inspection (AOI) System designed for inline production and offline lab use. Our AOI platform combines precision optics, flexible multi-angle lighting, and AI- assisted image analysis to catch soldering faults, component misplacements, missing parts, and surface defects at high speed — reducing escapes, rework, and warranty risk for OEMs and contract manufacturers. Why Choose Our AOI ·  Enterprise-grade accuracy: Custom-engineered ±1µm precision motion stages ensure repeatable, high-resolution imaging for the smallest components and materials. ·  AI + traditional dual-mode detection: Hybrid algorithms combine deterministic rule-based checks with machine learning models to lower false calls while improving detection of new or complex defect types. ·  True 2D/3D inspection and multi-angle imaging: Capture top and side profiles, height/3D features, and perform instant overlay and 3D analysis for tombstoning, solder-volume, and coplanarity checks. ·  Flexible deployment: Modular hardware and software support inline conveyor integration, standalone bench units, or integration with upstream/downstream processes such as barcode marking, laser marking, and robotic loading. ·  Fast programming and traceability: DXF one-click programming and automated recipe generation shorten setup time, while full barcode/lot traceability and reporting simplify process control and customer audits. Key Features: Engineered for Manufacturers ·  High-resolution optical heads with tunable RGB or structured lighting for contrast optimization. ·  Linear servo motor stages and vibration-damped marble platforms for micron-level stability. ·  AI-driven defect classification and automatic defect analysis for faster root-cause feedback. ·  Scalable throughput options: single-board inspection to high-speed inline systems for mass production. ·  Integration with dispensing and fluid-control systems for process verification and automation efficiency. Benefits ·  Reduce escapes and rework costs by identifying defects before assembly proceeds. ·  Shorten NPI cycles with rapid recipe creation and robust programming tools. ·  Improve yield and customer confidence with audit-ready traceability and actionable defect analytics. About us: https://www.topleadingintel.com/aboutus/

Mainly used in the semiconductor packaging industry, it can be used for various types of integrated packaging. Die Bonding Manufacturer - Top-leading In back-end semiconductor manufacturing, the die attach process is a critical step. Top-leading’s die attach equipment is based on unique and innovative concepts, offering economic benefits to customers. The Top-leading Die Bonder is a high-precision assembly system engineered for fully automated die attachment in large-scale production environments. Its modular architecture ensures outstanding process reliability, high throughput, and exceptional flexibility. What is a die bonder? The semiconductor chip manufacturing process is divided into two phases: front-end and back-end. The front-end processing phase involves projecting a circuit pattern onto the surface of a semiconductor wafer so that it is printed onto the wafer, while the back-end processing phase involves dicing the printed wafer into individual chips and assembling them into completed semiconductor devices. Automatic Die Bonder Top-leading's automatic die bonder platforms deliver high-precision solutions for semiconductor and microelectronic assembly. Engineered for superior accuracy, unmatched flexibility, and rapid setup, these systems are ideal for a wide range of applications — from research and development and prototyping to high-mix and volume production. Our die bonders support a broad variety of bonding techniques and component types, making them an excellent choice for advanced packaging and high- precision die attach processes, including: ·  Hi-Rel Devices: High-reliability assemblies for aerospace and industrial applications. ·  Medical Devices: Precision bonding for embedded or monitoring systems. ·  Semiconductor Packaging: Attaching IC dies to packages or substrates. ·  Optoelectronics: Assembly of laser diodes, LEDs, and optical modules. ·  MEMS & Sensors: Integration of microelectromechanical systems and sensor chips. ·  Power Electronics: Bonding high-power dies for automotive and industrial devices. ·  RF & Microwave Modules: Assembly of high-frequency components. Combining micron-level placement accuracy with high-speed operation and exceptional process flexibility, the equipment delivers both precision and performance. Standard features include multi-axis motion control (X, Y, Z, and Theta), vision alignment, and programmable bonding parameters. These capabilities ensure consistent and repeatable results across a wide range of die sizes and materials. About us: https://www.topleadingintel.com/aboutus/

Power Operation and Maintenance Services Shanxi Beike Electric Co., Ltd. with 20 years of experience in the production of medium and low voltage electrical equipment, provides full-chain services from equipment supply to operation and maintenance management, including equipment monitoring, preventive maintenance, fault repair and energy efficiency optimization, to ensure the stable operation of the power system and reduce customers' multi-interface coordination costs.

Customized Service Advantages In order to meet the personalized needs of different customers, our factory needs to provide customized solutions for each customer, covering low-voltage/medium- voltage switchgear, distribution cabinets, distribution boxes, box-type substations and other products.

In Jinzhong, Shanxi—a land steeped in China's 500-year commercial legacy—we redefine "global connectivity" through cutting-edge technology. Introduction A Prefabricated Substation Manufacturer specializes in designing and producing compact, factory-assembled substations that simplify electrical power distribution. These prefabricated substations—also known as compact or modular substations—are widely used in urban areas, industrial sites, renewable energy projects, and construction zones due to their reliability, easy installation, and cost efficiency. What is a Prefabricated Substation? A prefabricated substation is a complete electrical power unit that integrates transformers, switchgear, protection devices, and control systems into a single, enclosed structure. It is pre-assembled and tested in the factory before being delivered to the installation site, reducing on-site construction time and labor costs. These substations can handle medium- to low-voltage conversion, ensuring safe and efficient power distribution for various applications.

Introduction Medium Voltage Switchgear is a crucial part of electrical power systems used to control, protect, and isolate electrical equipment operating between 1 kV and 36 kV. It ensures safe and reliable power distribution across industrial plants, utilities, and commercial facilities. With advanced safety features and automation options, medium voltage switchgear is essential for maintaining stable and efficient energy systems. What is Medium Voltage Switchgear? Medium Voltage (MV) switchgear refers to assemblies of electrical components designed to manage power distribution at medium voltage levels. It includes circuit breakers, switches, relays, fuses, and protection devices enclosed within metal or gas-insulated panels. The primary functions of MV switchgear are to: Control power flow within the network Protect equipment from overloads and short circuits

Low Voltage Distribution Cabinet Introduction A Low Voltage Distribution Cabinet is an essential component of modern electrical power systems, responsible for distributing electrical energy to various circuits and equipment operating below 1,000 volts. It ensures safe, efficient, and organized management of electrical power in industrial, commercial, and residential environments. What is a Low Voltage Distribution Cabinet? A Low Voltage Distribution Cabinet is a type of electrical enclosure that houses various power distribution components such as circuit breakers, switches, contactors, and meters. It serves as the central point for controlling and protecting multiple outgoing circuits from a single incoming power supply. These cabinets are designed to ensure stable operation, simplify maintenance, and enhance the safety of electrical systems.

In Jinzhong, Shanxi—a land steeped in China's 500-year commercial legacy—we redefine "global connectivity" through cutting-edge technology. Schneider Low Voltage Switchgear Introduction Schneider Low Voltage Switchgear is designed to provide safe, reliable, and efficient electrical power distribution for industrial, commercial, and residential applications. Known for its innovative design and advanced technology, Schneider Electric’s switchgear solutions ensure protection, control, and monitoring of electrical circuits under normal and fault conditions. What is Low Voltage Switchgear? Low voltage (LV) switchgear refers to electrical devices that control, protect, and isolate electrical equipment operating below 1,000 volts. It includes components such as circuit breakers, disconnect switches, contactors, relays, and fuses that help manage power distribution safely and efficiently.

XL5155J Digital Counter (Power supply DC5V) OPERATION SPECIFICATIONS: Power Source DC5V±10% （150 m A） Maximum Count 99999 (5 digits) Count Frequency ≤10kHz Accuracy ±0.01%+1digit Operating Temperature 0 to 55 ℃ Storage Temperature -10 to +80 ℃ Humidity 20%-80% Weight 50-55g Installation size 76 x 39 mm Mounting Method Snap-in Dimension (w)79 x (H)42.5 x (D)25.5mm

Minimum Order: 5 dozens