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Our pendulum impact testers measure the impact strength of plastics, rubber, composites, and metals with high accuracy and repeatability. Built in-house with precision machining and verified calibration, these systems support standardized methods and flexible setups for development, quality control, and certification.
Balanced arms, low-friction bearings, and encoder-based measurement minimize energy loss and keep alignment stable through repeated cycles.
Choose simple digital readouts or full software control with real-time curves, automatic calculations, databases, and report templates with streamlined export.
Select 2J–50J for polymers or up to 300J for metals. Quick-change pendulums and striker geometries reduce setup time while keeping conditions consistent.
One frame supports both methods with modular anvils, clamps, and striker heads. Switch modes quickly without recalibration.
Interlocked enclosures, shields, and automatic braking protect operators. Clear sightlines and intuitive controls improve workflow and uptime.
Configure for notched or unnotched specimens, select striker radii, and condition samples to control temperature and humidity. Polymer-focused supports enable stable testing.
High-energy pendulums and rugged frames accommodate V-notch specimens and laminated coupons. Verified geometry and impact angle help ensure repeatability.
A cost-effective pendulum tester for plastics and rubber with mechanical energy indication and durable, precision-machined components.
Digital readouts improve resolution and repeatability. Dual-mode fixtures support ISO 179 and ISO 180 in a compact footprint.
For steels and high-toughness composites, automated sequences and data analysis support ASTM E23 and ISO 148-1 on V-notch specimens.
Options include energy capacity, striker radius, anvils, clamps, and jaw systems. Calibration kits and verification blocks align readings to reference values.
Assess notch sensitivity, ductile–brittle transition, and environmental effects on ABS, PC, PP, and elastomers.
Measure impact behavior of engineering resins and CFRP laminates with tailored energy and striker options.
Evaluate structural metal toughness using high-energy pendulums, robust frames, and standardized V-notch geometry.
Fast changeovers and reliable repeatability support incoming inspection, batch monitoring, and development.
Dedicated labs verify encoders, pendulum arms, and striker dimensions. Reference blocks and routine checks sustain stability.
Each unit ships with calibration records. Optional third-party verification supports audits and method compliance.
Notch cutters, guides, and templates reduce specimen variability. Training resources help standardize preparation.
Adapt anvils, striker radii, and clamps for unique parts and methods, from low-energy polymers to high-energy metals.
Export to CSV/PDF, connect to LIMS, and automate report templates with logos and approvals.
Multilingual interfaces and versioned ISO/ASTM methods reduce training time and keep methods current.
Technicians align frames, verify sensors, and run acceptance tests. Operators receive hands-on mode-switch guidance.
Routine checks on bearings, encoders, and fixtures, with stocked spares and prompt shipping.
Secure remote support speeds troubleshooting. Software updates add features and standards.
ISO-compliant notch cutters and hardened supports maintain alignment and durability.
Cooling/heating modules enable sub-ambient or elevated-temperature polymer tests.
Certified blocks enable daily checks and simplify audits with traceable procedures.
Tight-tolerance machining and dedicated QC deliver consistent geometry and low-friction motion.
Method knowledge and patented mechanisms support dependable, compliant testing.
Extensive field use and distributor support provide practical reliability and local assistance.
Typical ranges are 2J–50J for polymers and up to 300J for metals, with encoder-based resolution.
Standard angles and radii per ISO/ASTM with controlled release and braking for consistent impact speed.
Supports standard Charpy V-notch and Izod sizes with alignment guides and clamps.
Q: Which model suits plastics vs. metals?
A: Use 2J–50J digital units with polymer fixtures for plastics. Choose up to 300J computer-controlled systems with V-notch tooling for steels and alloys.
Q: How do I switch between Charpy and Izod?
A: Swap modular anvils, striker heads, and clamps. The system prompts you to verify the setup before testing.
Q: How often should calibration be performed?
A: Run daily checks with verification blocks and schedule periodic calibration based on usage and relevant standards.
Combined Charpy/Izod testers minimize footprint, extended energy ranges cover polymers to metals, and an accessory ecosystem supports a complete workflow from notching to reporting. Contact our manufacturer team to discuss configurations or request a quote.
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