Description
The SunSpot 2 is one of the most widely used UV spot curing systems in the industry, known for its high-intensity output, compact design, and integration flexibility. Capable of delivering over 30 W/cm² at the light guide tip, it supports rapid curing of UV adhesives, coatings, and encapsulants, including formulations with high filler content or reduced optical clarity. This level of irradiance ensures complete polymerization even in challenging geometries or through light-absorbing materials.
The system operates with precision across both R&D and production environments. Its microprocessor-regulated power supply maintains stable UV output over extended duty cycles, eliminating the drift and degradation common in analog systems. This stability is critical for repeatable curing performance, particularly in applications with tight process control requirements such as medical device assembly, electronics manufacturing, and microfluidic bonding.
The SunSpot 2 supports both single-pole and multi-pole liquid or quartz light guides, allowing users to cure one or multiple points simultaneously. Light guides are easily swapped, enabling quick reconfiguration between tasks without interrupting workflow. Its optical interface ensures maximum transmission efficiency with minimal energy loss between the lamp and the guide, preserving intensity at the cure site.
The system’s built-in cooling and compact form factor eliminate the need for bulky external chillers or power boxes. It plugs in and runs with minimal setup, reducing installation time and simplifying integration into existing workstations or automation cells. Control options include manual intensity adjustment via the front panel, foot pedal activation, and remote I/O for PLC-driven automation.
With a long lamp life, low maintenance requirements, and consistent high output, the SunSpot 2 delivers reliable curing performance over thousands of hours. Its durability and output stability make it a trusted platform across cleanrooms, production floors, and laboratories worldwide.