The HBS CDi 1502 is a high-performance Capacitor Discharge stud welding machine engineered for fast cycle times, precise energy control, and consistent weld quality.
Designed for welding studs, insulation pins, and cupped head pins on thin-gauge materials, this compact power unit combines advanced inverter-capacitor charging technology with industrial-grade durability. Its efficient design makes it an excellent choice for production environments, fabrication shops, and welding automation systems requiring dependable Capacitor Discharge welding performance.
The CDi 1502 combines high-speed Capacitor Discharge performance with modern inverter technology to deliver reliable stud welding results while reducing energy consumption and operating costs.
The inverter-capacitor charging system reduces power consumption by approximately 30 percent compared to conventional charging designs. Faster charging cycles help support higher production rates while lowering electrical demand on facility infrastructure.
Capable of welding up to 40 studs per minute on smaller fasteners, the CDi 1502 is designed for manufacturers seeking greater throughput without sacrificing weld consistency. This performance makes it a strong fit for automated welding solutions and semi-automated production environments.
The machine utilizes charging voltages up to 220 volts, providing additional energy reserves for demanding applications. This increased capacity helps maintain stable welding performance across a broad range of stud diameters and material types.
Each capacitor bank undergoes automated formation and quality verification during manufacturing. This process helps ensure consistent electrical storage characteristics and repeatable weld performance throughout the machine's service life.
The capacitor assembly is mechanically isolated from the machine housing to help prevent internal short circuits and electrical sparkover. This design contributes to both operational safety and long-term durability.
A dedicated cooling pathway directs airflow across critical electronic components while helping prevent dust and debris accumulation. The result is improved thermal management during continuous production cycles.
Choosing the right stud welding equipment often comes down to more than output capacity alone. Material type, stud size, production volume, and future automation requirements all influence long-term performance. Complete Stud Welding works with manufacturers, fabricators, and production facilities every day to help match equipment to real-world applications, ensuring customers get a system that supports their operation today and as production demands evolve.
