SU-410D Motorised Ultrasonic Portable Hardness Tester

SU-410D Motorised Ultrasonic Portable Hardness Tester

The SU-410D is a motorised UCI hardness tester designed for consistent, repeatable hardness measurements in high-precision QA, inspection and industrial testing environments.

Its motor-driven probe helps reduce operator influence during testing, making it a practical option for teams that need more controlled and repeatable results across technical applications.

With selectable low test forces, the SU-410D is suited to testing thin materials, heat-treated components and delicate surfaces where controlled contact is important.

The tester also includes Bluetooth data transfer and a modern interface, supporting a more efficient workflow for inspection, quality control and industrial hardness testing teams.

Key features:
- Motorised UCI hardness tester for portable hardness testing
- Designed for consistent, repeatable measurements
- Motor-driven probe helps reduce operator influence
- Suitable for high-precision QA environments
- Selectable low test forces
- Suitable for thin materials, heat-treated components and delicate surfaces
- Bluetooth data transfer
- Modern interface
- Practical option for inspection, quality control and industrial testing teams

Technical specifications:
Code: HS2-141M
Type: Motorised UCI Hardness Tester
Transmission: Bluetooth
Probes: HP-300 / HP-500 / MP-800 / MP-1000
Test forces: 3N / 5N / 8N / 10N

Need help confirming suitability?

If you are unsure whether the SU-410D is the right motorised ultrasonic portable hardness tester for your application, contact Precision Measurement Tools before purchasing.

This product is suited to technical buyers who need consistent, repeatable UCI hardness testing for high-precision QA, inspection and industrial testing environments.

Stock levels vary. If this item is out of stock, additional lead time may apply. We will contact you with an estimated delivery timeframe. If you need a confirmed lead time before purchasing, please contact us.