AIS3000 Compact

Evaluation System for Residual Stress using
Instrumented Indentation Test

• More Compact
• More Powerful

│Portability│

• Simple composition: Test equipment and an analysis PC
• Wireless communication based on a Bluetooth module
• Uses UMPC for convenience and portability
• AIS3000 Mini software for UMPC and a touch-screen module

│Powerful Functions│

• Non-destructive residual stress evaluation
• Optional tensile properties device
• Seamless integration with IIT
• Application of ISO / TR29381
• Application of KS B0950 / KS B0951 (Korean standards)
• Application of KEPIC MDF A370 code

│Compact equipment│

※More Compact

AIS3000 Compact maximizes portability for on-site applications.

AIS3000 Compact features size and weight 50% less than AIS300, but with enhanced functionality for easy on-site measurement of residual stress and tensile properties. Using the wireless communication module, dedicated UMPC, and lightweight battery, tests can be performed even in small spaces where commercial power supply is not available.

- Items

• Residual Stress
• Yield strength
• Tensile strength
• Elastic modulus

- Specification

※AIS3000 Features

- Seamless Integration with Instrumented Indentation Test (IIT)

Instrumented Indentation Test (IIT) is a new technology meeting various standards and certifications, including ISO/TR29381, KS B0950, KS B0951(Korean standards) and KEPIC MDF A370. Integration of IIT and AIS3000 V3.0 allows various forms of onsite evaluation.

• Evaluation of residual stress and tensile properties using IIT
• Prompt on-site evaluation using a non-destructive method
• Application of AIS3000 V3.0
• Exclusive mini software for AIS Compact
• Convenience and portability by using UMPC

- Enhanced On-Site Convenience

Convenience and portability

• 5-inch UMPC
• Ultra-light weight of 400 g
• Simple operation based on a touch screen

Exclusive miniature software (AIS3000 Mini)

• Window-based GUI
• Optimal screen composition for simple operation
• Perfect test data compatibility with existing software

- Equipment Organization according to User Demands

• Can be transformed into specific sizes in accordance with test subjects
• Can be manufactured exclusively to be attached to unique shapes