Simulating complex stress states, many engineering materials and structures are not only subjected to forces in a single direction during actual service, but are in a multi axial stress state (such as pressure vessel walls, car tires, aircraft skins, biological soft tissues, packaging films, fabrics, etc.). The biaxial tensile testing machine can accurately reproduce and quantify the material response in this state.
1Basic Parameters
| Testeable type | Single axis dual axiscompress、Uniaxial biaxial stretching |
| X-axis tensile force | Xtrip DS30 -30KNto30KN Xtrip DS100 -100KN to 100KN Xtrip DS200 -200KN to 200KN |
| X-axis drive structure | Screw hydraulic composite drive, hydraulic tension closed-loop locking, precision positioning of screw |
| X-axis force resolution | 10N |
| X-axis force hydraulic assisted loading method | Feedback from X-axis load sensor, hydraulic proportional loading |
| Maximum displacement of X-axis | ≥ 200mm, X+axis ≥ 100mm, X-axis ≥ 100mm |
| X-axis displacement resolution | 0.01um |
| X-axis speed range | 0.01um-1500um/s, The uniaxial stretching rate can be independently set |
| X-axis displacement accuracy | 0.1um |
| X-axis spline pre tightening method | Hydraulic fixture automatic clamping, adjustable pre tightening force, uniform pre tightening, adjustable pre tightening rate |
| Application method of X-axis force | andY-axis vertical |
| X-axis tensile force monitoring | X+load sensor, X-load sensor |
| Y-axis force | Xtrip DS30 -30KN to 30KN Xtrip DS100 -100KN to 100KN Xtrip DS200 -200KN to 200KN |
| Y-axis drive structure | Screw hydraulic composite drive, hydraulic tension closed-loop locking, precision positioning of screw |
| Y-axis force hydraulic assisted loading method | Feedback from Y-axis load sensor, hydraulic proportional loading |
| Y-axis force resolution | 10N |
| Maximum Y-axis displacement | ≥200mm,Y+ 轴≥100 mm,Y- 轴≥100mm |
| Y-axis displacement resolution | 0.01um |
| Y-axis maximum speed range | 0.01um-1500um/s, The uniaxial stretching rate can be independently set |
| Y-axis displacement accuracy | 0.1um |
| Y-axis spline pre tightening method | Hydraulic fixture automatic clamping, adjustable pre tightening force, uniform pre tightening, adjustable pre tightening rate |
| Application method of Y-axis force | andVertical X-axis |
| Y-axis force monitoring | Y+load sensor, Y-load sensor |
| XY biaxial displacement loading ratio | Adjustable CNC settings |
| XY biaxial load loading ratio | Adjustable CNC settings |
| Sample size range | X轴: 120mm-300mm; Y轴120 mm-300mm |
| Force plane | Horizontal stretching |
| Stretching method | Central positioning, biaxial stretching |
| opticsDIC measurement interface | Directly above, full-size observation |
| Load value output interface | dual-channel0-10V linear voltage signal |
| Data transmission method | X-axis and Y-axis dual channel load displacement curve |
| Collecting curve channels | Xtrip data acquisition software can record dual channel load displacement curves |
| voltage | AC220V,≤16A |
| Size and Quality | XtripDS30 1100KG, length 1360mm, width 1360mm, height 1350mm Xtrip DS100 1200KG, length 1560mm, width 1560mm, height 1350mm Xtrip DS200 1800KG, length 1560mm, width 1560mm, height 1350mm |
| Configurable attachments | High temperature box, low temperature box, hydraulic automatic fixture, manual fixture, full degree of freedom fixture |
IISpecific technical requirements
Host function section

1. Bidirectional four hydraulic power stretching structure, with independent hydraulic drive systems for X+axis, X-axis, Y+axis, and Y-axis, which can independently control the direction, speed, and tension of motion.
2.XAxis andYThe axial displacement stretching ratio can be programmed, and the set ratio is0.01-10.
3.XtripCorresponding outputs of data collection softwareX-AxisX+AxisY-axisY+Axial tensile displacement load curve and generationEXCELdata table.

4.Combination stretching structure, hydraulic provides stretching force, precision screw achieves precise positioning, and the smallest step displacement is0.01um.
5.Stretching mechanism: An independent piston hydraulic cylinder applies stretching thrust and forms a closed-loop control system with displacement sensors to ensure the proportional progress of the system's high thrust and stretching displacement.
6.The output signal of the tensile force direct load sensor does not require feedback from the oil chamber pressure sensor or conversion of piston area, and there is no theoretical error in the thrust resistance of the tensile cylinder.
7.Hydraulic fixture system:X+AxisX-AxisY+AxisY-The axis is equipped with independent hydraulic fixtures, with adjustable clamping force and a clamping force range of0-20KN.
8.Set pre tightening mode and stretching mode: Pre tightening mode is used for initializing the sample clamping standard, and the starting value of stretching mode data can be set; Stretch modeXThe axis is the active axis,YThe shaft is a driven shaft,YAxis according toXAxial stretching displacement for relative proportional displacement motion.
9.Configure optical measurement synchronization trigger signal interface;X-andY-The axle load value signal can output dual channels0-10VProportional voltage signal.
10.X+AxisX-AxisY+AxisY-Modular design of axis system, convenient for system maintenance and calibration.
11.Reserved space for high-temperature heating device in the center of the machine, convenient for users to expand high and low temperature stretching forming in the later stage.
12.Test bench emergency stop switch, convenient for emergency braking and stopping the machine.
13.The control software can be remotely connected to the platform through a network cable, and can be used in conjunction with cameras to remotely operate all experiments, parameter settings, and data collection.
IIIAttachment
Attachment1:Fully automatic hydraulic fixture

1.Maximum clamping force:20000NCNC adjustable;
2.Maximum clamping width:40mm;
3.Maximum clamping thickness:5mm;
4.Collet: can be quickly replaced;
5.Other: The contact surface automatically adjusts the parallelism, and the plane clamping force is uniform;
Attachment2: High temperature chamber
