universal testing machine Quasar
The universal testing machine Quasar offers a wide range of benchtop models with a test capacity of 5 to 100 kN. These machines are versatile and are ideal for tensile, compression, bending, cyclic testing and many other applications. Using the latest technologies and careful design, the Quasar range ensures high performance and durability that meets the high quality standards of GALDABINI correspond.
Universal testing machine Quasar: Table models 5 / 10 / 25 / 50 / 100 kN
The universal testing machine is versatile and suitable for a wide range of tests:
- Tensile test: Metal according to ISO 6892-1 (A+B) Plastic according to ISO 527, rubber according to DIN53504, etc.
- Pressure testing: Metal according to DIN 50106, testing of parts, assemblies and components
- Bending test: Metal according to EN ISO 7438, plastic according to ISO 178, bending tests of welds
- Cyclic testing: Mechanical ageing of samples, parts and components
- Further testing: tear test, separation test, peeling test, friction coefficient measurement, etc.
Measurement accuracy and resolution of the universal testing machine
The Quasar universal testing machine supports all typical applications for quasi-static testing machines and all materials, including metals, wood, textiles and composites as well as plastics such as PP, PU, GRP and CFRP. It is also suitable for testing components, assemblies and structures. The performance and durability of the material testing machine are guaranteed by careful mechanical and electronic design using the latest technologies. This is in line with the traditional GALDABINI quality.
Measurement accuracy and resolution of the universal testing machine
The resolution and measurement accuracy of the electronics and sensors of the universal testing machine (force transducers, crosshead displacement transducers, strain gauge (extensometer) and other sensors) are very high: Channel force > 3.000.000 digits / channel strain, crosshead travel and other sensors: > 200.000 digits per channel. These extreme resolutions enable the evaluation of complex processes and fast test sequences, which are recorded and evaluated by the universal testing machine with the help of the control and evaluation software. A universal testing machine from GALDABINI is able to meet all common tests of all test standards and is always delivered as a complete package (there is no need to purchase additional modules).
The testing software is easy to use and allows you to create freely programmable test sequences. The quality of the testing software corresponds to the reference class and is at least equal to, or in most cases even superior to, all solutions available on the market.
Buy universal testing machine: GALDABINI offers quality at the highest level
The most important points of the universal testing machine from GALDABINI summarized:
- Equipped with BECKHOFF electronics for control and measurement data acquisition (500Hz, option: 1000Hz)
- Communication via modern LAN interface (TwinCat protocol)
- Reliable service and fair price-performance ratio
- Support for older machines through new firmware and software updates to meet current standards
A GALDABINI universal testing machine is developed and built according to the latest findings in mechanical engineering and using high-quality, mostly German components. Since the end of 2011, the universal testing machines For example, it is equipped with BECKHOFF electronics (modular PLC control) that enables control and measurement data acquisition at a frequency of 500Hz (optionally 1000Hz). Communication between the electronics of the universal testing machine and the testing software takes place via a future-oriented LAN interface (TCP/IP - TwinCat protocol).
Together with our reliable service, a GALDABINI universal testing machine is THE alternative to high-priced competitors. With a GALDABINI universal testing machine, you get a fair price-performance ratio - feel free to request a non-binding comparison offer.
At the beginning of 2009, the first universal testing machine with strain control according to ISO 6892 Method A, although the standard only came into force in December 2009. Support will also remain available for your purchase and delivery: Other manufacturers have to upgrade even a few years old universal testing machines with new electronics in order to meet the requirements of strain control. However, GALDABINI has developed a new firmware for the already replaced electronics especially for older machines. In conjunction with a software update to a new version of LabTest it is also possible to adapt universal testing machines before 2011 (Quasar series and even SUN series) to the new standard.
Solve complex testing tasks
Even complex testing tasks can be carried out with the complete software without additional modules, e.g. COD test - crack expansion (Fig. 1). For example, a hysteresis test was designed and carried out for the GSI SLV Duisburg welding technology training and testing institute using the standard LabTest software. In this test, a K1C sample that was swung on a dynamic machine was tested with the Quasar 50 kN universal testing machine. The sample was loaded with an increase in strain (reference value strain gauge / extensometer) of 75 µm per hysteresis loop until the force gradient became negative.
Drum peel test (Figures 2 and 3) In this test, a cover layer that is glued to a composite (honeycomb) of a CFRP sandwich is wound onto a drum. The rotating movement pulls the cover layer off the honeycomb and the bond is released. Since the stiffness of the cover layer is included in the measured values of the loading and unloading curve, the universal testing machine moves downwards after a defined distance and then upwards again. A horizontal graph is created below the hysteresis. Since there is no longer any bonding, the lower part of the curve represents the stiffness of the cover layer alone (movement downwards and back up again). The average value of these forces (stiffness) can now be subtracted from the overall result of the oscillation values using the integrated formula editor: This gives the pure adhesion values of the bond without cover layer stiffness forces.
Downloads
Click here & download PDFs for all table models!
LabTest: The testing software for your universal testing machine from GALDABINI
The GALDABINI LabTest testing software is also unique and delivers precise and reproducible results. The software includes "ALL" testing methods and enables ergonomic operation of the testing machine. All common tests can be carried out:
- ISO6892 Method A or B – Results: Tensile strength Rm, Rp0.01 / Rp0.2 / Rp1.0 / Rt0.5, ReH, ReL, Ag, Agt, A, At etc.
- Component tests, material tests, compression tests, bending tests
- Plastic tensile test according to ISO527 for yield stress and yield strain etc.
- Elastomer or rubber tensile test according to DIN 53504
- Drum peel test, adhesive strength tests, peeling test, tear propagation tests, crack expansion tests COD and other freely programmable processes and modular result calculations
- 3-/4-point bending tests without and with additional displacement sensor
In almost all cases, "your test task" is already included in the test software (or can simply be "programmed"). The machine movement can be freely defined (displacement control, force control, tension control, strain control, cyclic control, manual process - in the test). The reference variable can be freely selected: crosshead travel, strain gauge (extensometer), force measurement, other sensors). In addition to the more than 420 predefined results, individual results can also be determined using the formula editor. Alternatively, it is possible to outsource complex calculations to Microsoft Excel. The results determined by the universal testing machine are automatically exported to Excel immediately after the test and processed there. The Excel result is automatically adopted by the test software and is available within LabTest seconds after the test for archiving, printing (PDF or paper) and statistical evaluation. Data export is included as standard, optionally in QDAS format.
Features of the universal testing machine Quasar
- Robust testing machines, designed according to the finite element method
- Futuristic, ergonomic design with advanced technology and flexible and future-oriented construction
- Extremely high measurement resolution (force 3 million, additional channels 200.000 digits)
- Application range from 1/100 of the nominal load (deviation > 0,5% = accuracy class 0,5)
- Optional from 1/500 of the nominal load (deviation < 1% = accuracy class 1)
- Unrivalled price/performance ratio for quality universal testing machines
- Electronics according to industry standard: BECKHOFF modules can be exchanged via Plug+Play
- complete Software LabTest (reference class)m, modular design
- PC and machine communicate via LAN high-speed protocol (TCP/IP)
- Test speeds: Q2,5: 0,0005 – 1000 mm/ minute
- Q2,5: 0,0005 – 1000 mm/minute
- Q5 to Q100: 0,0005 – 500mm/minute
- Q200 – Q2000: on request, or see respective brochure
- Preloaded ball screws prevent kickback in case of spontaneous sample breakage
- Suitable for mono- or bidirectional tests (force zero crossing)
- Very easily accessible work area, compact machine dimensions
- Easy change of clamping devices: pin / mandrel / lock nut
- Complete electronics including standard measuring channels for extensometers / other sensors and measuring equipment
- Manufacturer certified according to ISO 9001 / Accredited according to ISO 17025 for calibration of materials testing machines
- machine with CE declaration of conformity
Universal testing machine Quasar: Equipment examples
The basic machines of the Quasar series must be optional clamping device and possibly with a strain gauge They offer a high level of precision and, due to the guaranteed accuracy, also enable participation in interlaboratory tests, which more accurate than class 1 .
Special designs of the universal testing machine
For special requirements, GALDABINI also offers universal testing machines in special sizes and with thermal chambers. These tailor-made solutions are ideal for testing under special conditions and extend the application possibilities of the Quasar series.
FAQs
Why is a GALDABINI universal testing machine so affordable?
The only answer is: Because other manufacturers are too expensive in comparison. Our machines use the same or equivalent, mostly German components (BECKHOFF electronics, spindles from BOSCH REXROTH STAR; Phoenix Contact, etc.) as other established suppliers. However, competitors take advantage of their higher profile and claim to be able to offer higher quality. We would be happy to convince you of the quality of a GALDABINI universal testing machine!
Why should I invest in a GALDABINI universal testing machine?
A GALDABINI universal testing machine offers you high performance and durability because it is designed according to the finite element method (FEM) and manufactured with high-quality components. It can be used for a variety of tests such as tensile, compression and bending tests and offers the highest measurement accuracy and resolution. In addition, you get reliable testing software and comprehensive support that also brings older models up to date.
Which tests can be carried out with the Quasar universal testing machine?
The GALDABINI universal testing machine is versatile and suitable for all tests. Examples:
- Tensile tests (e.g. metal ISO 6892-1, plastic ISO 527)
- pressure tests (e.g. metal DIN 50106)
- Bending tests (e.g. metal EN ISO 7438, plastic ISO 178)
- Cyclic tests
- tear propagation tests
- separation experiments
- peeling tests
How does GALDABINI ensure the high quality of its universal testing machines?
A universal testing machine from GALDABINI is designed according to the finite element method (FEM) and uses high-quality, mostly German components. They are equipped with the latest electronics, such as the BECKHOFF control, and offer extremely high measurement accuracy. In addition, GALDABINI ensures that even older machines are always up to date through regular firmware and software updates.
