The facility is used for bending fatigue tests according to DIN 51211 and ISO7801 on wires with diameters of 0.3 - 10.0mm. The wire samples are bent with a 90° angle to the left and to the right...
This machine allows shock tests for solar modules according to the standard EN 61730-2. The modules have to be fixed vertically on a transport trolley, which has been equipped with an appropriate support for fixation on the frame of the testing device.
This test stand is used for examining cylinder – pin pairs in the range of sparse wear. The total wear is limited to 2.5 mm of which 1.5 mm.
Load test stand with 5 load stations, respective maximum permissible load 200N by applying of maximally 4 50N-plates, enterprise by pneumatic circuit.
The automated test centre from Hegewald & Peschke offers high test speeds, operator-independent evaluation and automatic recording of test results. The core of the system is a universal testing machine of the type Inspekt...
This stone chip tester can be used to test large components in particular, such as car radiators.
The test stand is tightly clad on all sides and can be opened from two sides. The firing device can only be operated when the door is closed.
This automated test cell for tensile tests on reinforcing steel and wire specimens consists of a 250kN universal testing machine with hydraulic fixtures from Hegewald & Peschke, a robot, a specimen recognition station, a sample rack and a scrap container. The cross-section determination during the tensile test is carried out by means of a scale and a length measuring system...
The hardness testing station has a modular design and, according to requirements, can be supplemented by sample processing stations or additional test systems (e.g. geometric measurement or determination of the surface roughness). This means motor blocks, steel or aluminum rims and even housing parts can be tested.
The test stand is intended for vertical and horizontal testing of cable pulls for gearshifts.
The test software LabMaster from Hegewald & Peschke allows complete control of the machine, display of measured data, calculation of test results and data storage.
Hegewald & Peschke Meß- und Prüftechnik GmbH has provided automotive suppliers with further hardness testing systems for determining the surface hardness of automotive crank shafts and cam shafts.
The further development of high temperature materials, as used in the construction of turbines or boilers for power stations or for aircraft engines, is a central focus of material research.
The Rockwell Hardness Tester HP 150 R is suitable for hardness tests in the range from 0.2 kg to 250 kg.
The automated test centre from Hegewald & Peschke offers high test speeds, operator-independent evaluation and automatic recording of test results. The core of the system is a universal testing machine of the type Inspekt...
3-point bending tests with measuring probe according to ASTM C674 to characterize the properties of the ceramics both before and after the firing process
The test rig is suitable for stability testing and fatigue testing of child bicycle seats according to DIN EN 14344.
The testing machine is conveniently operated via a PLC control with touch screen, on which the test parameters and the status of the test can be read in real time.
Temperature and climate chambers provide the possibility of material and component testing under defined environmental conditions...
This hardness test bench for crankshafts is a especially for this case constructed machine using a Rockwell- testing head. Clamping and unclamping as well as the positioning of the test piece are manually operated. The positioning as well as the clamping of the test gripper (with hardness test head) happens motorised due to operating the corresponding controls and sensors.
The testing machine series inspekt table was developed for standard-compliant materials and component testing in the medium load range, with particular attention paid to reliability and flexibility. It is ideally suited for materials testing of plastics or non-ferrous metals as well as for testing smaller components, for example from instrument engineering. Inspekt table is available in six different load levels from 5 kN to 250 kN. On request, the testing machines of the inspekt table series can be equipped with a second test area. They are available as floor-standing or table-top versions, depending on the requirements of the workplace.
The Rockwell hardness testing equipment for crankshafts is a device designed particularly for this application purpose using a Rockwell measuring head of the company ERNST.
Test table for determining the stability of seating furniture such as chairs, swivel chairs, stools, armchairs, cantilever chairs in accordance with the standards EN 1022, EN 1729-2, EN 581-2, ISO 7174-2 and BIFMA X5.1
Non-contact deformation measuring device for material testing on the basis of high-resolution video technology using the surface structure or, if required, markings.
The series inspekt fulfils highest demands in terms of measurement accuracy and versatility. It allows tensile, compression, bending or torsion tests, flexibly adapted to customers test conditions. It is also characterised by its first-class frame stiffness, modern control electronics, and a convincing cost/performance ratio. The size of the test rooms of the individual machines can be customized. It is also possible to add one or more test room. Thus, the top-quality, rugged machines can be used for almost any testing task at the best reliability and accuracy.
Test system for testing the tensile load of textiles and textile-reinforced plastics (e.g. composites, prepregs or organic sheets) with different types of bond...
Static micro testing system with spindle drive for tensile testing, compression testing, peel testing and bending testing of micro components, as two-column testing system or testing system in C-frame construction...
Manual clip-on extensometers for fine extension measurement (E-modulus, Rp) or long-distance extensometers for fine and coarse extension measurement (E-modulus, Rp, A)...
This hardness tester for evaluation of Jominy-tests is an automated system composed of the following described components:
Software HardWin XL Standard
Shear tests are used to determine whether the solder contacts between the switching contact and the component can withstand the high stresses to which they are subjected in practice, often with many millions of switching cycles. For this purpose, the component to be tested is clamped in a specially developed shearing device and subjected to a steadily increasing shearing force until the switching contact shears off.
The servo-hydraulic universal testing machines of the series inspekt H-HF have been designed for routine jobs in metalworking and building materials industries. They are equipped with a mechanical wedge type grip for round and flat specimens. Optionally, Hegewald & Peschke MPT GmbH offers a load frame with a user-friendly, hydraulic clamping tool. Furthermore, two test spaces allow for tensile, pressure, and bending tests without changeover times, which guarantees a high test throughput.
The non-contact linear expansion measurement allows the automatic determination of the initial gauge length (L0). The optical system does not influence the measurement with knife edges or its own weight. Laser and video extensometers are used.
Universal testing machine inspekt table 10 kN or inspekt table 50 kN as calibration machine, equipped with three load cells. The testing machine is designed for testing and calibrating load cells in different force ranges.
Loading pads are all equipped with an adapter for the 20 mm clamp system and a Cardan joint to decouple the load cell from bending moments
Standard types:
By means of special devices it is possible to check the amount of force and path for actuating and releasing the buttons and for actuating the switches.