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QL-FORTiS 100 Universal Testing Machine
High-precision 100 kN dual-column universal testing machine with closed-loop servo control, ±0.5 % Class 0.5 accuracy, and QL-TestSuite software. Designed for tensile, compression, flexure, and shear testing of metals, composites, and polymers, fully compliant with ASTM, ISO 7500-1, and NADCAP AC7122 standards.
OVERVIEW
Description
High-Precision Dual-Column Electromechanical UTM for Metals, Composites & Polymers (Capacity: 100 kN, 10.2 tons, 22.5 Kips)
The QL-FORTiS 100 is a microcomputer-controlled electronic universal testing machine (UTM) designed for exceptional accuracy, stability, and repeatability. Powered by an AC servo motor and equipped with fully digital data acquisition and closed-loop control of force, displacement, and deformation, it delivers precise, low-noise operation ideal for research and industrial testing.
Key Features
- Dual-column electromechanical design for high rigidity and smooth motion
- Fully digital closed-loop control for constant-rate force, displacement, and deformation
- High-speed AC servo system (1:10,000 speed regulation ratio) with overload, overvoltage, and overspeed protection
- Automatic computation of mechanical properties including:
- Maximum and breaking force
- Yield strength (upper/lower)
- Tensile and compressive strength
- Fracture elongation
- Elastic and flexural modulus
- Multi-standard compliance: ASTM, ISO, DIN, and GB (where applicable)
- Automatic calibration, range shifting, and zeroing for full digital accuracy—no analog trim links
Versatile Applications
The QL-FORTiS 100 supports a wide range of material testing applications, including:
- Aerospace & Defense: composite structures, bonded joints, fasteners
- Petrochemical & Manufacturing: pipelines, seals, welds, and structural metals
- Automotive & EV: polymers, foams, and lightweight alloy systems
- Wire & Cable, Textile, Plastic & Rubber, Ceramics, and Packaging Industries
- Wood, Paper, and Geotextile Testing for QA/QC and academic research
Why Choose QL-FORTiS 100
- High-precision Class 0.5 accuracy per ASTM E4 / ISO 7500-1
- Stable, low-noise drive with smooth motion and fast response
- Dual-level limit protection and automatic stop on specimen failure
- Windows-based QL-TestSuite Software with real-time visualization and automatic reporting
- LAN/network-ready system for centralized data collection and archiving
- Fully ASTM / ISO / NADCAP compliant — ready for accreditation audits
Elevate Your Testing Capabilities
Experience unmatched precision, repeatability, and control with the QL-FORTiS 100 Universal Testing Machine — your all-in-one solution for tensile, compression, flexure, and shear testing of metals, composites, polymers, and advanced materials.
Whether for R&D laboratories, university programs, or industrial QA/QC, the QL-FORTiS 100 delivers traceable results, turnkey installation, and comprehensive on-site training backed by QuakeLogic’s lifetime technical support.
Request a Quote Today
Upgrade your materials testing lab with the precision of QL-FORTiS 100.
FEATURES
Key Mechanical & Structural Features
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Portal-frame, dual-column architecture (base, column, upper/middle/lower beams) with dual test spaces; the steplessly adjustable middle beam allows tension and compression setups to remain installed to minimize changeover time.
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AC servo drive with industry-class 2.0 kHz response, smooth beam motion and rapid high-precision positioning; designed for low vibration and low noise.
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Synchronous-belt reduction for stable transmission and accurate speed control; precision-machined pulleys ensure long-term smooth operation.
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High-performance load sensor (stainless steel, IP67) for durability and environmental protection.
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Precision ball-screw drive with double-nut pre-load, ground raceways, and controlled pre-tightening to eliminate backlash and reduce noise; long service life and maintenance-free operation.
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Aluminum-alloy machine cover, one-piece extruded, high rigidity and dimensional stability with a durable matte finish.
SPECIFICATIONS
Performance Specifications
Machine Class: 0.5 (±0.5% indication)
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Max Force: 100 kN; measurement range: 0.4%–100% F_N; indication error: ≤ ±0.5%.
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Deformation channel: 0.2%–100% F_N; indication error: ≤ ±0.5%.
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Displacement: 0.001 mm resolution; indication error: ≤ ±0.5%.
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Speed range: 0.005–500 mm/min stepless; speed accuracy: ≤ ±0.5%.
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Force-rate control: 0.005–5% F_N/s; accuracy: ±1% (<0.05% F_N/s) and ±0.5% (≥0.05% F_N/s).
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Deformation-rate control: 0.005–5% F_N/s; accuracy: ±1% (<0.05% F_N/s) and ±0.5% (≥0.05% F_N/s).
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Displacement-rate control accuracy: ±1% (<0.01 mm/min) and ±0.2% (≥0.01 mm/min).
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Constant mode ranges (force/displacement/deformation): 0.5%–100% F_N; accuracy: ±0.1% (≥10% F_N) and ±1% (<10% F_N).
Host Geometry & Mass
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Test width: 700 mm
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Tension space: 1200 mm (200 mm with high-temp setup)
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Compression space: 1200 mm (200 mm with high-temp setup)
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Overall (W×D×H): ~1150 × 700 × 3000 mm
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Weight: ~1100 kg.
Operating Conditions & Power
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Ambient: 10–35 °C; 20–80% RH
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Power: (reference platform) 3-phase ~220 V ±10% 50 Hz, 1.5 kW.
Control System
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Built-in controller enabling closed-loop control of constant-rate displacement and constant-rate force.
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AC-servo with comprehensive protections (over-current/voltage/speed/load), 1:10,000 speed regulation ratio.
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Electrically robust design with strong EMI/EMC immunity for stable measurements.
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Automatic range switching and true digital zero/gain calibration; auto shift/zero/storage—no analog trim links; highly integrated control circuits.
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Condition storage for batch testing; automatic transmission of preset speed programs; automatic calibration and auto-save of data/curves after tests.
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Full test workflow (control, measurement, display, analysis) performed by microcomputer; batch test execution for repeated specimens.
Software (QL-TestSuite)
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Windows interface with dynamic, real-time data & curve display; curve traversal (post-test re-analysis at any point).
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Multiple curves: stress–strain, force–displacement, force–time, displacement–time; customizable report templates, export/print, and LAN/network connectivity for data transfer and archiving.
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Dual-level limit protection (software + mechanical); automatic stop on specimen break; overload protection at 103–105% FS.
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Standard network interface documented for integration; automated and manual result generation with auto-formatted reports.
Standard & Optional Accessories
Included (typical configuration):
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Tensile wedge grips: round Ø4–26 mm, flat 0–21 mm;
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Compression platens: Ø150 mm hardened steel;
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3-point bend fixture: R5 rollers, 20–300 mm adjustable span;
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Open-hole compression fixture: ASTM D5379;
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Shear fixture: ASTM D7078;
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User manuals, installation toolkit.
Optional: Video Extensiometer
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Video extensometer (2-D DIC): 4024×3036 px, 32 Hz sampling; aluminum stand with height and fore-aft adjustment; non-contact axial/lateral strain, multi-gauge support, Excel export, UDP comms, and full-field strain mapping & color plots; point-cloud export and PDF reporting.
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High/low-temperature chamber kit (as above) with 50 L LN₂ tank.
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Four-channel resistance strain system; PC/workstation; additional grips/fixtures as needed.
Environmental Chamber (Optional)
Environmental Chamber Specifications
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Range: –150 °C to +350 °C; display resolution: 0.1 °C; fluctuation: ±1 °C; uniformity: ±2 °C; heating rate: ≥5 °C/min (±1% error).
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Control: PID with liquid-nitrogen cooling for sub-ambient operation.
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Interior size: 400 × 400 × 600 mm (W×H×D); window: 200 × 400 mm; pull-rod through-hole Ø80 mm.
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Construction: stainless steel inner/outer, anti-fog observation window, internal lighting, centrifugal fan for uniformity, rail-guided movement for easy install/removal; silicone-sealed door; safety protections (overload/short, ground, leakage, over-temp).
Compliance & Standards
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Machine class: 0.5 (±0.5%) with digital DAQ & control.
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Methods and data processing compatible with ASTM / ISO / DIN (and GB where required).
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Dual-level hardware/software limits & overload protections; automatic stop on break.
