Product Overview & Detection Challenges
The JC55I Series High-Precision Microcomputer-Controlled Electronic Universal Testing Machine from Laizhou Jincheng Industrial Equipment Co., Ltd is a single-column, servo-driven instrument for evaluating mechanical properties—including tensile, compression, bending, shear, tear, and peel—of both metallic and non-metallic materials. With selectable maximum force capacities ranging from 50 N up to 5000 N and an accuracy class of 0.5, it is designed for manufacturing firms, quality control labs, research institutions, and universities that demand consistent, standard-compliant, and reliable material testing.
- Force & displacement measurement precision: Illustrates fine differentiation of material behavior under stress and strain for accurate parameter extraction.
- Multiple test modes: Enables force-control, deformation-control, and displacement-control to match variety of test standards.
- Automated process flow: Reduces manual error by automating core phases like zeroing, calibration, test sequence and sample failure detection.
- Modular test adaptability: Configurable fixtures and sensors allow adaptation to different specimen types and test functions.
Core Capabilities, Specifications & Business Value
Core Capabilities
- High-precision force & displacement monitoring: Using sensors capable of ±0.5 % FS error and resolution as fine as 1/500,000 of full scale—essential for detailed material behavior tracking.
- Multi-mode closed-loop control: Force, deformation or displacement-based control modes with adjustable rates (0.05–5 % FS/s), maintaining ±0.5 % accuracy for force or deformation settings.
- Software-driven data analysis: Real-time graphing (load-displacement, stress-strain etc.), multi-curve comparison, standard-based report generation, multilingual UI and flexible units.
- Safety & maintainability: Dual protection via mechanical and programmatic limits, over-load/over-temperature shutoff, user-friendly control panel for calibration and fine adjustment.
Technical Specifications
| Parameter |
Specification / Range |
| Max Test Force Options |
50, 100, 200, 500, 1 000, 2 000, 5 000 N |
| Accuracy Grade |
0.5(±0.5 % full-scale for force, ±0.5 % for displacement) |
| Displacement Resolution |
0.01 mm |
| Control Speed Range |
0.05–5 % FS/s for force or deformation; cross-beam speed 0.01–500 mm/min |
| Test Space |
Up to 750 mm (including fixtures) |
| Power Supply |
220 V, 50 Hz |
| Main Body Dimensions & Weight |
~550 × 500 × 1 500 mm; approx. 120 kg |
Business Value & Advantages
- Enhanced consistency and repeatability: Automated controls and standards-based configuration reduce variability between tests and shifts.
- Streamlined data workflow: Integrated storage, historical comparisons & report editing reduce time from test execution to actionable insight.
- Broader material and test coverage: By swapping sensors or fixtures, users extend utility across metals, polymers, composites, textiles and more.
- Regulatory and standard compliance support: Configurable to GB, ASTM, DIN, JIS, BS etc., ensuring test results accepted internationally.
Suitable Users & Deployment Scenarios
- Quality control or assurance labs in manufacturing environments requiring regular testing of raw materials or finished components.
- Materials research departments in universities or institutes exploring mechanical behavior under complex loading modes.
- Producers of non-metallic materials (rubber, textiles, composites, polymers) needing peel, tear,伸长率 or puncture testing.
- Industrial component suppliers (springs, wires, metal sheets) needing accurate bending, tensile or compression metrics for certification or R&D.
With its solid precision, versatile test modes, and robust data management, the JC55I series becomes a core asset for laboratories and manufacturers serious about material characterization, product validation, and quality traceability. Laizhou Jincheng’s expertise in hardness and metallographic equipment ensures this machine integrates seamlessly with broader material testing workflows, delivering dependable and standards-aligned results over long-term use.
