About LAPLACE
LAPLACE Renewable Energy Technology Co., Ltd., established in May 2016, is a global leader in renewable energy innovation. Founded by a team of experts with extensive experience in solar cell research, development, and manufacturing, LAPLACE specializes in core components, advanced equipment, and solutions for the Photovoltaic and Semiconductor industries.
Founded in 2016
R&D base
Production center
Customer service center
Global Leading Supplier of Photovoltaic Equipment and Solution
- Mission: Enable renewable energy innovation for a sustainable future
- Vision: Become a global leader in photovoltaic equipment and solution
- Values: Customer Foremost | Results-oriented | Continuous Innovation
Win-win Cooperation | Honesty and Integrity
- Core Process Equipment
- Advanced Materials
- Semiconductor
Based on our profound cultivation in the field of photovoltaic equipment, as well as its advantages in centralized procurement of spare parts and professional quality control management capabilities, combined with the pain points of industry customers, LAPLACE has also become a spare parts supply chain management company dedicated to serving industry customers and meeting customer needs. We offer services including quartz furnace tubes, professional installation and commissioning of thermal fields, and equipment repair and maintenance, providing a solid guarantee for your equipment.
Advantage
Enhance process uniformity to meet the demands of large and thin silicon wafers.
Proprietary furnace heater design, in-house manufactured, precisely control, enhanced product performance and lifetime. Utilize nanostructure technology to create quartz tube coatings that significantly enhance temperature resistance, thermal shock resistance, and corrosion resistance. Develop a series of core technologies that have been widely applied to customer equipment, creating competitive barriers and fostering continuous innovation.
LAPLACE has independently innovated several groundbreaking core technologies, effectively addressing multiple gaps in the high-end equipment technology domains of photovoltaics and semiconductors.
