#United States #New Hampshire #Laser Processing #Bold Laser Automation #Measurement Systems

Introduction

Bold Laser Automation, Inc. has recently unveiled two innovative precision measurement systems, the LJS1820S Manual 3D Static Measurement System and the CDM1820S Confocal Differential Static Measurement System. These solutions are designed to provide rapid, non-contact measurements that are essential for cleanroom and advanced manufacturing operations. With the increasing demand for high accuracy in various industries including biomedical devices and optics, these systems stand out as cost-effective alternatives without compromising performance.

Overview of the New Systems

Both the LJS1820S and CDM1820S systems are tailored for precision measurement applications. The LJS1820S is ideal for detecting surface defects in cleanroom environments, making it perfect for sectors like medical device manufacturing and advanced packaging. On the other hand, the CDM1820S specializes in ensuring precise thickness measurements for delicate materials like flexible electronics and optical films.

Key Features

• - LJS1820S Manual 3D Static Measurement System:

- Equipped with dual Keyence LJ-S series snapshot sensors for thorough 3D inspections.
- Capable of identifying particulate contamination and surface flaws, crucial for cleanroom protocols.
- Features an ESD-safe platform and optional footswitch, enhancing usability for operators.

• - CDM1820S Confocal Differential Static Measurement System:

- Optimized for measuring the thickness of materials ranging from 10 microns to 35 mm.
- Integrated with dual Keyence CL Series confocal sensors that enable non-contact measurement while delivering high-resolution results.
- Comes with customizable user interfaces and real-time data display, boosting operational efficiency.

Addressing Manufacturers' Challenges

As Todd Lizotte, CEO of Bold Laser Automation, noted, many manufacturers face challenges in achieving high-accuracy measurements with existing systems, often resulting in complex and costly solutions. Bold Laser Automation prioritizes practical design, delivering reliable systems tailored to meet real industry needs without excessive costs. These new tools offer a straightforward solution that blends performance with affordability, suitable for a range of quality control tasks in diverse sectors.

Application Examples

The applications for these systems are broad. The LJS1820S is particularly beneficial for quality control in cleanroom environments, where surface integrity is paramount. It's used extensively for:

• - Medical Devices: Ensures that products meet strict cleanliness criteria.
• - Precision Optics: Assures the quality of lenses and coatings.

The CDM1820S, on the other hand, excels in applications requiring precise material thickness measurements, such as:

• - Plastic Films: Used in food packaging to maintain product integrity.
• - Aerospace Components: Critical for ensuring that materials meet rigorous safety standards.

Commitment to Quality

Both measurement systems are manufactured in the United States and designed with compliance to cleanroom electrical and safety standards, ensuring reliability and user safety. They include:

• - Ergonomically designed interfaces for operator comfort.
• - Robust mechanical enclosures that withstand the rigors of industrial environments.
• - Comprehensive documentation to assist with installation and operation.

These systems are not just tools, but essential components of a rigorous quality assurance process.

Conclusion

Bold Laser Automation continues to lead the way in providing innovative laser and measurement solutions for industries facing stringent quality challenges. With the launch of the LJS1820S and CDM1820S measurement systems, the company reaffirms its commitment to delivering high-performance solutions that are both economical and efficient, transforming the way manufacturers approach quality control and contamination detection in modern production settings. For more information, visit Bold Laser Automation's official website.