Function Overview:
◆ This device has the characteristics of compact structure, simple and convenient operation, and can be applied to tensile, compressive, bending, shear, peeling, tearing and other force testing with a maximum load of 200KN.
◆ The host adopts high-strength column support and high-precision grinding ball screw transmission, with high rigidity and good linear motion characteristics. Choosing load sensors with different ranges can provide accurate measurement data for various range structural styles. Rich fixtures, fixtures, deformation measurement accessories, etc. can almost meet all customer needs.
◆ The accompanying SmartTest V10.0 software is simple, fast, and convenient, making the user's testing process easier. Applied in aerospace, automotive, higher education institutions, new materials, research institutes, building materials, quality inspection, and medical fields.
1. P4 grade grinding ball screw and heavy-duty bearing ensure long-term zero clearance operation of the equipment, with accurate test results and good repeatability
2. Multi column guidance increases the lateral rigidity of the equipment, ensuring stable linear motion of the crossbeam, and the self-lubricating structure is maintenance free
3. Coaxiality adjustment mechanism, equipped with a coaxiality meter to accurately control the coaxiality and parallelism of the equipment. Paired with high-precision load sensors to ensure test accuracy
4. High quality, diverse and abundant fixtures
5. Transparent explosion-proof safety net ensures visibility and safety during the testing process
6. A fully digital closed-loop control system that can achieve constant velocity deformation, constant velocity loading, constant velocity displacement, and multiple cyclic functions
7. Synchronous belt drive provides good reliability, minimal maintenance, and excellent force/speed characteristics
8. Multi functional casters make machine handling convenient and quick in place
Meet Standards:
◆ GB/T 16491 "Electronic Universal Testing Machine"
◆ GB/T 2611 General Technical Requirements for Testing Machines
◆ JJG 139 "Tensile, Pressure, and Universal Testing Machines"
◆ JJG 475 "Identification Regulations for Electronic Universal Testing Machines"
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Feature
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1. High strength column support, compact structure, computer-machine integrated design;
2. Max load 200KN (for tensile/compression/bending/shear/peeling/tearing tests);
3. P4-grade ground ball screw, high pression 0.5-class load sensor, imported servo motor;
4. Transparent explosion-proof safety door;
5. Equipped with multi-functional casters;
6. Widely applied in aerospace, auto, universities, new materials, research institutes, building materials, quality inspection, medical fields.
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Advantage
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1. Space-saving & user-friendly;
2. Versatile for 6+ test types;
3. High rigidity, long-term zero clearance operation, accurate test result
4. Visible & safe testing;
5. Easy to move/position; Wide industry adaptability.
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Benefit
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1. Reduces lab space occupation & operational difficulty;
2. Saves cost of buying multiple test machines;
3. Ensures consistent, reliable long-term results, provides credible data for analysis
4. Protects operators with real-time test observation;
5. Enables quick machine setup, meets diverse testing needs; Fits multi-industry application scenarios.
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Evidence
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1. International certifications: Product certified with ISO and CE (meets global quality & safety requirements);
2. Standard compliance: Conforms to international & national standards including GB/T 16491, GB/T 2611, JJG 139, JJG 475 (ensures test validity);
3. Component qualifications: P4 ball screw precision , calibration report for 0.5-class load sensor, imported servo motor brand authentication, transparent explosion-proof safety door complying with EN safety standards;
4. Application cases: Industry case studies (e.g., aerospace component tensile testing, auto part compression verification, university material research);
5. Accessory proof: Detailed accessory list (for fixtures/deformation measurement) to support multi-test adaptation.
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