TEWKSBURY, MA, May 20, 2025 - (ACN Newswire) - Cambridge Isotope Laboratories, Inc. (CIL), the global leader in stable isotope-labeled products, announces the launch of ISOLED-D™, a groundbreaking line of deuterated reagents specifically designed for organic light-emitting diode (OLED) synthesis.

ISOLED-D LOGO

ISOLED-D - deuterated reagents specifically designed for organic light-emitting diode

ISOLED-D represents a significant advancement in OLED manufacturing technology, offering high-quality deuterated reagents with manufacturing in state-of-the-art, strategically located worldwide facilities. The product line caters to various production scales, from gram quantities for research and development to metric-ton volumes for full-scale commercial manufacturing.

"ISOLED-D demonstrates our commitment to advancing OLED technology through innovative isotope-labeled solutions," said Tasha Agreste, Business Development Manager for Deuterated Reagents at CIL. "Our ability to scale production from laboratory to industrial quantities positions us as a crucial partner in the OLED manufacturing ecosystem."

The company's flexible approach enables seamless collaboration with research and development teams through to commercial production, ensuring consistent quality and reliable supply chains for manufacturers in the rapidly growing OLED market.

Key features of ISOLED-D:

• Premium-grade deuterated reagents for OLED synthesis
• Scalable production capabilities from grams to metric tons
• Manufacturing in state-of-the-art facilities
• Complete R&D to commercialization support
• Backed by CIL's industry-leading expertise in stable isotope-labeled products
• Deuterated Benzene Recovery program

For more information about ISOLED-D and CIL's complete range of isotope-labeled products, visit isotope.com.

Contact Information
Crissy Krisko
crissyk@isotope.com
1.978.269.1930

SOURCE: Cambridge Isotope Laboratories, Inc.

Related Images

Copyright © 2025 ACN Newswire. All rights reserved. A division of Asia Corporate News Network.