Baril Corporation got its start in converting and automated assembly. Nearly 50 years later, we continue to help our clients produce life-saving medical products efficiently and cost-effectively with a full range of automated, precision die cutting, laminating, and custom assembly capabilities that we can configure to our clients’ project specifications. Our scalability and nimbleness allow us to be at the forefront of medical contract manufacturing across the world, and our team relishes the opportunity to put their expertise to work for you. Contact us to discuss your manufacturing challenges and how we can work with you to find cost-effective solutions.
Precision Die Cutting
Baril offers a wide range of cutting systems and has developed unique capabilities for the precision cutting of specialty materials, including medical foams, sensitive plastics and ballistic fabrics.
- Rotary die cutting
- Steel rule die cutting
- Matched-metal die cutting
- Rotary matched-metal die cutting
- Cleanroom die cutting
- Digital die cutting – laser, CNC
Baril has a reputation as an industry leader in intricate, multi-part lamination and die cutting operations involving complex sequences of discrete, individually controlled cutting and laminating processes.
- Inline laminating, slitting, and adhesive application
- Offline laminating
- Multi-web laminating
- Island placement
- Cleanroom laminating
Specialty Equipment and Capabilities
Baril extends its core die cutting and laminating capabilities with specialty technologies to meet customer needs for process integrity, medical validation, and production efficiency.
- Ultrasonic welding
- Heat staking
- Heat sealing
- High-speed medical pouching
- Surface prep treatment
ISO 14644-1 Class 7 and 8 Cleanrooms
Baril operates a validated and certified ISO 14644-1 Class 7 and 8 Cleanrooms with an environmental bioburden monitoring program in accordance with ISO 14698 for manufacturing, assembling, and packaging terminally sterilized medical devices and other products requiring clean production environments.