Key Features

• Fully Electric Automated System: Equipped with a precision ball screw and electric drive, this machine automates the notching process to eliminate human error and ensure consistent specimen quality.

• Optimized Productivity: The platform operates at high speed during non-cutting strokes and automatically adjusts to the pre-set cutting speed during operation, significantly reducing preparation time.

• High Versatility: Both cutter rotational speed (RPM) and platform feed rate are easily adjustable via the control panel to accommodate materials of varying hardness.

• Enhanced Safety & Cleanliness: Features a fully enclosed cutter design for operator safety. An optional automated dust extraction system activates during cutting and shuts off on the return stroke to keep the workspace clean.

• Multi-Specimen Clamping: The improved fixture design offers increased clamping space, allowing multiple specimens to be notched simultaneously for improved workflow efficiency.

Technical Specifications

• Conforming Standards: ISO 179, ISO 180, ASTM D256, ASTM D6110, JIS K7110, ISO 2818.

• Cutting Speed (Cutter): 500 ~ 2,500 RPM (Adjustable).

• Platform Moving Speed: 30 ~ 700 mm/min.

• Platform Stroke: 200 mm.

• Cutting Depth: 8.0 ± 0.2 mm (ISO) / 10.16 ± 0.05 mm (ASTM). Easily switchable using standard blocks.

• Cutter Forms: * Type A: 45°, r = 0.25 mm (Standard).

  • Type B: 45°, r = 1.0 mm (Optional).

  • Type C: 45°, r = 0.1 mm (Optional).

• Machine Dimensions: 48 × 54 × 38 cm | Weight: Approx. 80 kg.

Key Features

• Standard Compliance: Fully complies with ASTM D1709 and GB/T 9639 for determining the impact resistance of plastic films (50% failure weight).

• Dual Method Capability: Seamlessly supports both Method A and Method B testing setups within a single frame.

• Electromagnetic Release Mechanism: Uses an electronic magnet to release the dart, eliminating manual vibration and ensuring high repeatability and vertical drop accuracy.

• User-Friendly Design: Easy height adjustment and secure specimen clamping using a circular holder.

• Robust Construction: High-quality frame ensures stability and long-term reliability in industrial environments.

Technical Specifications

• Specimen Holder Diameter: Inside Ø 127 mm (Standardized).

• Release Method: Electronic Magnet (to reduce vibration).

Applications

• Packaging Industry: Evaluating the impact toughness of stretch films, plastic bags, and laminated materials.

• Quality Assurance: Essential for testing plastic sheet durability and material performance validation.

Key Features

• Pneumatic Clamping System: Utilizing high-pressure pneumatic clamps to ensure consistent and uniform tension on the specimen, significantly reducing human error compared to manual clamping.

• Electromagnetic Release Mechanism: The electronic release ensures a perfect vertical free-fall without any mechanical interference or vibration, providing superior repeatability.

• Adjustable Dual Method Frame: Designed to support both Method A (66 cm drop height) and Method B (152.4 cm drop height) according to international standards.

• Intuitive Operation: Features a centralized control for clamping and dart release, enhancing both operator safety and testing throughput.

• Heavy-Duty Construction: Built with premium materials for long-term stability in high-volume laboratory and industrial environments.

Technical Specifications

• Conforming Standards: ASTM D1709, GB/T 9639, JIS K7124.

• Test Configurations:

  • Method A: Drop Height 660 ± 10 mm / Dart Head Ø 38.1 ± 0.13 mm (Aluminum/Phenolic).

  • Method B: Drop Height 1524 ± 10 mm / Dart Head Ø 50.8 ± 0.13 mm (Stainless Steel).

• Clamping Type: Pneumatic (Requires 6 kg/cm² air pressure).

• Clamp Internal Diameter: Ø 127 mm (Standardized).

• Release Method: Electromagnetic.

• Loading Weights: Comprehensive set of additional weights provided to determine the F50 impact failure weight.

Applications

• Packaging Sector: Critical for evaluating the toughness of plastic films, specialty laminates, and thin flexible sheets.

• Quality Assurance: Ideal for high-end film manufacturers requiring rapid testing cycles and highly standardized results.

Key Features

• High-Precision Vertical Guide: Engineered with a rigid vertical guide rail system to ensure the impactor falls freely and strikes the specimen at the exact designated center point.

• Anti-Rebound Mechanism: Features an automatic secondary impact prevention device that catches the striker after the initial hit, preventing multiple impacts that could distort test results.

• Versatile Testing Setup: Supports interchangeable strikers and adjustable mass sets, allowing users to customize impact energy according to various material specifications.

• Safety-First Operation: Equipped with an electric hoist for weight positioning and a secure release system, often accompanied by protective enclosures to ensure operator safety.

• Multi-Specimen Support: The base is designed to accommodate both flat plates and cylindrical specimens (using V-blocks) as required by international standards.

Technical Specifications

• Conforming Standards: ISO 3127, ASTM D2444, ASTM D5628, JIS K7211.

• Maximum Drop Height: 2,000 mm (Customized heights available upon request).

• Impact Mass Range: Configurable based on requirements (e.g., 0.5 kg to 10 kg or higher).

• Lifting Method: Electric motor-driven hoist with precision positioning.

• Striker Types: Available in Type A, Type B, and Type C geometries to match specific testing protocols.

Applications

• Piping Industry: Essential for evaluating the impact resistance of PVC, PE pipes, and electrical conduits against external forces.

• Construction Materials: Testing the durability of rigid plastic sheets, engineering polymers, and composite panels.

• R&D and Quality Control: Analyzing material fracture toughness and identifying energy absorption limits for structural components.

Key Features

• Advanced Single-Wing Design: Specifically engineered to ensure a stable, vibration-free release. The wing retracts rapidly, allowing the specimen to fall freely without interference for maximum accuracy.

• Comprehensive Drop Testing: Versatile setup allows for precise testing of Face, Edge, and Corner drops, simulating various real-world shipping and handling accidents.

• Motorized Height Adjustment: Equipped with an electric motor for rapid and precise height positioning, featuring a digital display for easy setup and repeatability.

• Heavy-Duty Rigid Base: The high-mass steel base is designed to withstand continuous high-energy impacts while ensuring consistent energy transfer according to testing standards.

• Safety Integration: Includes safety limit switches and emergency stop controls to protect the operator and the equipment during high-load testing.

Technical Specifications

• Maximum Capacity: 60 kg (Customized higher capacity models available).

• Drop Height Range: 300 ~ 1,500 mm (Digitally controlled).

• Maximum Specimen Size: 800 × 800 × 800 mm.

• Impact Wing Dimension: 200 × 700 mm.

• Drive Mechanism: Electric motor for lifting; Pneumatic or Electromagnetic release system.

Applications

• Packaging & Warehousing: Essential for testing the structural integrity of corrugated boxes and protective packaging materials.

• Consumer Electronics: Evaluating the drop durability of mobile devices, household appliances, and fragile components.

• Logistics & QA: Validating product safety and packaging performance in accordance with ISTC and ASTM D5276 standards.

Key Features

• Mechanical Pointer Display: Features a large, high-visibility analog gauge that records the impact angle and absorbed energy, allowing for direct and intuitive reading.

• Dual Test Capability: Easily switch between Izod and Charpy test methods by quickly swapping the pendulum hammers and vises, providing flexibility for various international standards.

• Calculation Support Software: Includes dedicated software to assist users in calculating final test results and applying energy loss corrections for improved data integrity.

• Precision-Engineered Structure: Built to ensure accurate mass center and impact velocity, minimizing mechanical friction and vibration for consistent performance.

• Safe Operational Design: Designed with a dedicated impact zone and specimen collection area to ensure operator safety and streamline the testing process.

Model Comparison

Technical Specifications

• Conforming Standards: ASTM D256, ASTM D6110, ISO 179, ISO 180, ISO 13802.

• Initial Impact Angle: 150°.

• Gauge Resolution: 1° (Angle scale).

• Best Accurate Range: 20% to 80% of full capacity.

• Target Materials: Rigid plastics, reinforced nylon, glass-fiber reinforced plastics, and other macromolecule materials.

Key Features

• Intuitive Color Touch Screen: Full control via a digital touch panel that displays absorbed energy and impact angles immediately after each test.

• Automated Result Calculation: Automatically calculates Impact Strength in various units (J/m, kJ/m², kg-cm/cm, etc.), significantly reducing manual data entry and errors.

• High-Resolution Digital Encoder: Replaces traditional analog pointers with a high-precision encoder for superior angular measurement and consistent repeatability.

• Friction & Windage Compensation: Integrated software automatically compensates for energy loss due to air resistance and mechanical friction, ensuring true material property readings.

• Versatile Dual Testing: Seamlessly switch between Izod and Charpy methods by swapping pendulums and anvils/vises.

Model Comparison

Technical Specifications

• Conforming Standards: ASTM D256, ASTM D6110, ISO 179, ISO 180, ISO 13802.

• Initial Release Angle: 150°.

• Display Interface: Digital Touch Screen (Outputs Energy, Impact Strength, and Angle).

• Data Connectivity: Optional PC software connection for advanced data logging and professional reporting.

Key Features

• Full Computerized Analysis: Operated and managed via professional software, allowing for systematic high-volume data logging and instantaneous professional report generation.

• Automated Energy Loss Correction: The software features built-in algorithms to compensate for wind resistance and mechanical friction, ensuring the most accurate measurement of the material’s true impact energy.

• Dual Testing Versatility: Efficiently switch between Izod and Charpy test methods with interchangeable pendulums and specimen holders, compliant with major global standards.

• High-Precision Digital Encoder: Equipped with a high-resolution encoder to track the pendulum’s angular position, providing accuracy that exceeds traditional analog or basic digital systems.

• Advanced Data Management: Capable of displaying statistical graphs, comparing multiple test results, and exporting data directly to Excel or PDF formats for further analysis.

Model Comparison

Technical Specifications

• Conforming Standards: ASTM D256, ASTM D6110, ISO 179, ISO 180, ISO 13802.

• Initial Release Angle: 150°.

• Control System: PC-based software integration for data acquisition and analysis.

• Output Parameters: Absorbed Energy (J), Impact Strength (J/m, kJ/m²), Impact Angle, and comprehensive statistical data.

Key Features

• Precision Manual Operation: Specifically designed to create standardized V-notches on plastic impact specimens through a controlled manual cutting process.

• Adjustable Notch Depth: Features a built-in precision gauge to accurately control the residual depth of the notch, ensuring full compliance with ISO and ASTM standards.

• Interchangeable Cutters: Supports various cutter geometries (angle and tip radius) to meet different international testing requirements.

• Compact & Robust Design: Constructed with high-quality materials for long-term durability while maintaining a small footprint, ideal for any laboratory bench.

• Secure Clamping System: Equipped with a heavy-duty vise to ensure the specimen remains perfectly stationary during the notching process, critical for repeatable results.

Technical Specifications

• Conforming Standards: ISO 179, ISO 180, ASTM D256, ASTM D6110, JIS K7110.

• Notch Depth Control: Manually adjustable via a precision micrometer or setting block.

• Cutter Material: High-Speed Steel (HSS) for superior sharpness and service life.

• Dimensions: Approx. 35 × 25 × 35 cm.

• Weight: Approx. 15-20 kg.

Applications

• Specimen Preparation: Essential for preparing plastic, nylon, and reinforced polymer specimens for Izod and Charpy impact tests.

• R&D and Educational Labs: A cost-effective solution for institutions requiring high-precision specimen preparation on a budget.

Key Features

• Standard-Compliant Testing: Specifically engineered to meet ASTM D2794 and JIS K5400 standards for evaluating the resistance of coatings to impact-induced cracking and peeling.

• Precise Height Graduation: Features a clear, easy-to-read vertical scale for accurate positioning of the falling weight, ensuring consistent impact energy levels.

• Interchangeable Impactors: Equipped with various impact heads and bolsters of different radii to accommodate a wide range of specimen types and coating thicknesses.

• Rugged & Simple Design: A heavy-duty, maintenance-free frame built for reliability and high-frequency use in demanding quality control environments.

• Reliable Adhesion Analysis: Provides a professional method for analyzing the flexibility and interfacial adhesion strength of paint films on metal or plastic substrates.

Technical Specifications

• Conforming Standards: JIS K5400, ASTM D2794, CNS 10756.

• Maximum Drop Height: 50 cm or 100 cm (Depending on the specific configuration).

• Impact Weights (Mass): 300g, 500g, 1000g (Additional weights available).

• Impactor Head Radii: 1/16″, 1/8″, 3/16″, 1/4″, 1/2″.

• Bolster Radii: 1/16″, 1/8″, 3/16″, 1/4″, 1/2″.

• Machine Weight: Approx. 30 – 50 kg.

Applications

• Paint & Coating Industry: Vital for testing automotive finishes, industrial anti-corrosion coatings, and decorative paints.

• Consumer Appliances: Quality assurance for the exterior coatings of household appliances and electronics.

• Material R&D: Studying the rapid deformation and fracture behavior of thin films and coating layers.