LD100 (bench mounted) - Up to 100 kN

The cost effective LD100 of materials testers are excellent for testing applications such as plastic, rubber, wood, packaging, construction materials, metals and automotive parts. They can be mounted above a floor standing compression cage for large sample or complete assembly testing.

LD100 of materials testers - Bench mounted

 

The powerful LD100 of materials testers from Lloyd Instruments combine high performance, ease of use and superior flexibility. These universal materials testing machines are ideal for testing applications up to 100 kN (22480 lbf) and are designed for both routine quality control testing, automated testing and for performing complex multi-stage testing.

LD100 of materials testers testing machines feature an extra-large working area of 452 mm (17.8 in) and crosshead travel up to 1070 mm (42 in) extendable to 1669 mm (65.7 in).

The high stiffness frame incorporates a crosshead guidance system to prevent side loading of the test sample.

Interchangeable pancake load cells ensure high accuracy and optimize the test machines for tension, compression and cycling through to zero force measurements. 

An advanced electrical design couples an AC drive with preloaded ball screws for better displacement accuracy. 

 

The flexible NEXYGENPlus software interacts with Excel and Word, offering you the possibility of automatically transferring your test results directly into your own corporate templates.

All available modules are included in the NEXYGENPlus software price. The extensive library of pre-set test set-ups adherent to a wide selection of international standards.

The LD Series testing machines come in five bench mounted models: the LD5 (up to 5 kN/1124 lbf), LD10 (up to 10 kN/2248 lbf), LD30 (up to 30 kN/6744 lbf), LD50 (up to 50 kN/11240 lbf) and LD100 (up to 100 kN/22480 lbf).

LD100 of materials testers Key Features:

- Simple to set up, operate and maintain

- High stiffness frame

- High performance AC drive

- Compliant to CE machinery directive