XIAN XIWUER ELECTRONIC AND INFO. CO., LTD
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Pushing the Limits: Providing the Core Power for Industrial and Scientific High-Power Laser Systems
High-power pulsed lasers are reshaping the boundaries of manufacturing, medicine, and research. From slicing through aircraft carrier decks to precisely removing tumors, their power and precision stem from the instantaneous release of light energy—and the efficiency and stability of this conversion are directly determined by the pulsed power supply system that drives them.
The "Energy Amplifier" of Laser Systems
Whether it's an excimer laser, Nd:YAG laser, or CO2 laser, the core workflow relies on high-voltage pulses:
Charge → Energy Storage → Switching → Discharge → Excitation
In this chain, pulse capacitors play a crucial role as energy buffers and amplifiers. Their quality determines the laser output's:
Peak Power
Pulse Stability
Beam Quality
Repetition Rate
Why do leading global laser manufacturers choose us? We deeply understand the demanding requirements of industrial laser applications and offer targeted solutions:
1. For High-Repetition-Frequency Operation: Superior Cooling and Lifespan
Industrial lasers require 24/7 continuous operation, discharging thousands of times per minute. Our capacitors utilize:
Low-loss (Low DF) dielectric: Reduces internal heat generation at the source.
Optimized Thermal Management: The perfect combination of metal housing and epoxy resin ensures efficient heat dissipation and prevents thermal runaway.
Extremely Long Life: Designed for high-frequency cycling, significantly reducing equipment downtime, maintenance, and replacement costs.
2. For Ultimate Stability: Unparalleled Consistency
In precision micromachining and medical applications, pulse-to-pulse energy fluctuations of less than 1% are essential. We achieve this through:
Military-grade quality control: Ensures highly consistent capacitance across every batch of capacitors shipped (< ±3% deviation).
Excellent Temperature Characteristics: Maintains stable capacitance over a wide temperature range, ensuring laser output remains stable despite ambient temperature fluctuations.
3. System Integration: Compact Design and Ease of Use
High Energy Density: Provides greater energy storage in a smaller footprint, enabling miniaturization of laser equipment.
Multiple Terminal Options: Offers a variety of connection methods, including bolt-on and plug-in, for quick installation and integration.
Successful Application Cases
A renowned laser equipment company employed our capacitor stacks in its new generation of industrial-grade UV laser cutting equipment, increasing pulse repetition frequency by 25% while reducing energy consumption by 15%.
A high-end medical device company selected our products for its ophthalmic laser treatment system due to their impeccable reliability and pulse stability, which fully meet medical regulatory requirements.