Universal Testing Machine

The tensile test is a basic material science test that subjects a sample to an increasing tensile load until it breaks. It is also one of the most common dynamic mechanical test methods in the world. Alarge AL UN Universal Tensile Test Machine conforms to ISO 527, ISO 6259, ASTM D 638, ASTM D 624, ASTM D 412, GOST EN 826, GOST 17177, GOST EN 1607 standards and is equipped to perform dynamic and static tests with a certain frequency cycle.

  • Static Tensile
  • Static Compression
  • Dynamic Impact – Cycle Tensile (Cylic?)
  • Dynamic Impact – Cycle Compression
  • Enable to test of GRP Engineering plastics, metal, concrete, etc. materials
  • Excellent load and frequency selection
  • Precise displacement measurement
  • Strong frame-ball screw
  • Chrome induction shaft bearing
  • Full load strength with vertical (radial) load + axial bearing
  • Single and double-column options
  • Remote access service network
The tensile test is a basic material science test that subjects a sample to an increasing tensile load until it breaks. It is also one of the most common dynamic mechanical test methods in the world. Alarge AL UN Universal Tensile Test Machine conforms to ISO 527, ISO 6259, ASTM D 638, ASTM D 624, and ASTM D 412 standards and is equipped to perform dynamic and static tests with a certain frequency cycle.
  • Static Tensile
  • Static Compression
  • Dynamic Impact – Cycle Tensile (Cylic?)
  • Dynamic Impact – Cycle Compression
  • Enable to test of GRP Engineering plastics, metal, concrete, etc. materials
  • Excellent load and frequency selection
  • Precise displacement measurement
  • Strong frame-ball screw
  • Chrome induction shaft bearing
  • Full load strength with vertical (radial) load + axial bearing
  • Single and double column options
  • Remote access service network
Universal Tensile Test Machine AL UN has high precision and mechanical rigidity, a special screw system, and grips. Friendly operator touchscreen panel, suitable for scientific use, ergonomic design.
  • Suitable design for min. %1000 extension
  • % 0.25 accuracy, A type load cell (0,5 kN – 2000 kN)
  • Traverse width: 200 – 2000 mm
  • Crosshead speed: 0,001 – 1500 mm/min
  • Extensometer option with micron sensitivity
  • Servo motor or AC motor options
  • Robust mechanical design for 50% overload
  • Video extensometer (Optional)
  • Special production gapless screw + bearing system
  • Worm gear reducer / chain-trigger transmission system
  • Hydraulic and pneumatic jaw options
  • 4140 annealed special geometry jaw sets (grip parts)
  • Chrome / induction shaft. Nitration depth of 2 mm
  • 17″ touch screen PC control
  • PLC system and communication software
  • Electrical system for manual control
  • Alarge Al Un graphic interface software:
    • Display the former test result
    • Ability to create analysis and comment page
    • Report Results in MS Office and Pdf format
    • Report results in tabular form
    • Min. 400 data storage
    • Fast, real-time data process
ModelAL-UN5AL-UN10AL-UN20AL-UN30AL-UN50AL-UN100AL-UN200
Maximum Test Power5 KN10 KN20 KN30 KN50 KN100 KN200 KN
Precision% ±0,5
Max. Distance between Clamps100 cm100 cm150 cm150 cm150 cm200 cm200 cm
Vertical Space140 cm140 cm180 cm180 cm180 cm250 cm250 cm
Horizontal Space40 cm40 cm50 cm50 cm50 cm80 cm80 cm
Speed Range1-100 mm/min
Speed Precision% ±0,1
StructureSingle ColumnDouble Column
Extensometer
Inner Extensometer
Compression Die
Spheral Wedge Grip
Grip for Coarse Samples
Double Sample Area
Accessory Preference
ControlPC ControlTouch Screen PC Control
Graphic SoftwareConfigurable graphic software according to user’s preferences
Data TransferUSB, SD Card, Wi-Fi
Required Power220 V220 V380 V380 V380 V380 V380 V
StandardsISO 527, ISO 6259, ASTM D 638, ASTM D-624, ASTM D-412
Available ● Optional ○ Not Applicable ▬