Hello everyone, this is TOPHUNG from China – your preferred material testing equipment manufacturer, exported to over 60 countries. Today, November 17, 2025, we’re launching the official English blog on tophungtest.com with our flagship bestseller: the TH-8201 Series Computer-Controlled Electronic Universal Testing Machine (also called computer-controlled tensile tester). This machine has shipped over 3,500 units worldwide in the past 5 years alone, especially popular in North America, Europe, Southeast Asia, and the Middle East. It dominates thin film, adhesive tape, photovoltaic ribbon, textile fiber, FPC flexible circuit boards, medical devices, and packaging materials testing — any application that needs high precision at low to medium force values. In this 4,800+ word ultimate guide, I’ll cover everything: full specifications, software features, head-to-head comparison with famous Japanese and German brands, common buying mistakes, and why Google searchers looking for “computer controlled tensile testing machine” or “precision universal testing machine under 20kN” almost always end up choosing TOPHUNG. Let’s dive in. 1. Why the TH-8201 Series Is Still the #1 Exported Model in 2025 New standards like ASTM D882-2024, ISO 527-2025, and EN 10002 are getting stricter on repeatability and traceability. Many labs are replacing 10-20-year-old hydraulic or basic screw machines because: Force accuracy drops below 1% at low loads Speed range is too narrow for both creep and high-speed tests Software cannot export compliance reports directly The TH-8201 solves all of these instantly: Class 0.5 accuracy (±0.5% of reading, traceable to ISO 7500-1) Displacement resolution 0.0001 mm Speed 0.001–1000 mm/min stepless Full Windows 11 compatible English/Spanish/Russian software with one-click GB/ASTM/ISO report generation 2. 2025 Latest Specifications (Direct from TOPHUNG Factory)   Parameter TH-8201 (Standard) TH-8201S (Servo) TH-8201H (High-Temp) Max Capacity 100N – 20kN (popular 1/2/5/10kN) Same Same Force Accuracy ±0.5% (optional ±0.3%) ±0.3% ±0.5% Displacement Resolution 0.0001 mm 0.0001 mm 0.0001 mm Speed Range 0.001–500 mm/min 0.001–1000 mm/min 0.001–500 mm/min Test Space (W×H) 450 × 800 mm (customizable) Same Same (slightly reduced with chamber) Weight ≈180 kg ≈220 kg ≈280 kg Power 220V 50/60Hz 1.5kW 220V 50/60Hz 2kW 380V 50/60Hz 5kW 2025 Export Price Range US$4,800 US$6,800 US$10,000 – US$14,500   (Prices are FOB Shenzhen, include standard grips & English software) 3. TOP-Test 8.0 Software – Why Overseas Customers Say “Best in Class” Real-time multi-curve overlay (up to 20 curves) Automatic modulus, yield, break detection Optional synchronized video extensometer (no more manual marks) Built-in ASTM/ISO/GB template library + custom logo reports Remote technical support module – our engineers can log in directly (with customer permission) Zero crashes in over 1.2 million exported test hours.   4. 2025 Head-to-Head Comparison (vs Top Japanese & European Brands) Item TOPHUNG TH-8201S Famous Japanese 3000 Series Famous German Brand Force Accuracy ±0.3% ±0.5% ±0.5% Displacement Resolution 0.0001 mm 0.001 mm 0.0005 mm Speed Range 0.001–1000 mm/min 0.01–500 mm/min 0.005–1000 mm/min Software (English) 10/10/10 7/10 (clunky) 8/10 Lead Time 4–6 weeks 20–28 weeks 16–24 weeks After-Sales (Global) 24h response Parts only Expensive on-site Price/Performance Score 9.8/10 5.5/10 6.8/10   5. Top 3 Buying Mistakes Overseas Customers Make in 2025 Buying 50kN machine for 500N tests → accuracy suffers Forgetting to order correct voltage (110V vs 220V) → delays customs Skipping environmental chamber → cannot add later without full rebuild Final Recommendation + Limited Export Offer If you are searching for a computer-controlled tensile testing machine that delivers German precision at China speed and price, the TH-8201 series is the answer. November–December 2025 Export Promotion: Order any TH-8201 series → Free high-precision peel grip set + 1 years extended warranty. Contact us today for your customized quotation in English. WhatsApp/WeChat: +86 18913139576Email: jumi.pen@thtechnic.com Inquiry form: https://www.tophungtest.com/leave-a-message Official product page: https://www.tophungtest.com/computer-system-tensile-testing-machineequipment Let’s get your lab 2026-ready!

In the dynamic realm of renewable energy, solar photovoltaic (PV) technology is pivotal for sustainable power generation. As the industry evolves with innovations in efficiency and durability, ensuring the mechanical integrity of components like battery cell welding ribbons is essential to minimize failures and maximize performance. TOPHUNG's Multiple Grid Cell Horizontal Tensile Testing Machine stands out as a specialized tool for accurate stripping strength evaluations in multi-gate PV modules. This blog highlights how this equipment supports the solar sector's ongoing trends toward higher efficiency and reliability, showcasing TOPHUNG's contributions to renewable energy advancements. TOPHUNG's Multiple Grid Cell Horizontal Tensile Testing Machine: Precision for PV Excellence TOPHUNG's TH-8210S model is specifically designed for solar PV battery cell welding ribbon tensile testing, providing precise assessments of stripping strength in multi-gate configurations (1-28 grids). Featuring a maximum force capacity of 50N, 100N, or 200N (optional), a spacious test area of 230x230mm, and a compact weight of 150kg, it adheres to ASTM, ISO, and GB standards. Integrated with the TH-8210 series universal testing machines, it facilitates detailed mechanical evaluations for 5-gate, 6-gate, 9-gate, and 12-gate modules, emphasizing peel and shear tests on welding ribbons. Advanced features include servo-driven controls for consistent load application and real-time data analysis, enabling thorough quality checks. This machine addresses key challenges in solar PV, such as reducing power losses from interconnection failures in assemblies. With a quick 25-day lead time, it's suited for high-volume production and R&D, backed by over 30,000 global deployments and contributions to more than 18,000 patents. TOPHUNG's focus on user-friendly interfaces and customizable fixtures makes it a reliable choice for enhancing PV module longevity. Key Application Areas in Renewable Energy This tensile testing machine is versatile across sectors embracing solar PV trends like increased module efficiency and sustainable manufacturing. Solar PV Manufacturing: It evaluates welding ribbon strength in advanced cells like TOPCon, improving module stability as efficiencies surpass 25% in mainstream production. Research and Development: Laboratories and universities utilize it for innovating materials, including perovskite tandems and bifacial technologies, to push boundaries in energy conversion. Commercial Arbitration and Supervision: Ensures adherence to international standards for certification and export, facilitating global trade in solar components. These applications align with broader renewable energy trends, such as the adoption of AI-optimized systems and expansion of offshore and floating PV installations, where component reliability is critical for long-term performance. As the industry shifts toward net-zero emissions, tools like this promote sustainable practices by optimizing material use and reducing waste. Why Choose TOPHUNG? TOPHUNG distinguishes itself with comprehensive support: 24/7 consultations, one-year warranties, lifetime maintenance, and remote calibration services. In a competitive market facing supply chain dynamics, TOPHUNG's ISO and CE-certified equipment reduces operational risks and enhances productivity. As solar PV manufacturing equipment continues to evolve with rapid growth trends, TOPHUNG's innovations help businesses stay ahead.   In conclusion, the Multiple Grid Cell Horizontal Tensile Testing Machine is vital for advancing solar PV reliability amid renewable energy's transformative trends. TOPHUNG's professional solutions empower manufacturers and researchers to innovate with confidence. Visit www.tophungtest.com to learn more about this machine and elevate your PV quality control.

In an era where connectivity drives global industries, cable testing machines are vital for ensuring the durability, safety, and performance of wires and cables. As demands for high-speed data transmission and reliable power systems intensify, manufacturers like TOPHUNG are innovating with precision equipment to meet these challenges. This blog delves into the latest 2025 trends in the cable testing machine market, supported by recent industry reports, and showcases how TOPHUNG's solutions are enhancing applications across sectors. 2025 Industry Insights: Market Expansion and Innovations The cable testing equipment market is poised for significant growth amid rising infrastructure projects, electrification, and digital transformation. According to a MarketsandMarkets-aligned forecast, the global cable tester market is valued at USD 1.4 billion in 2025 and projected to reach USD 3.64 billion by 2034, growing at a CAGR of 11.1%. This expansion is fueled by advancements in automotive electrification, renewable energy, and 5G networks, where rigorous testing prevents failures. Broader reports highlight the cable testing and diagnostics segment, expected to grow from USD 3.84 billion in 2025 to USD 6.5 billion by 2035, at a CAGR of 5.4%. Key trends include automation, AI-integrated diagnostics, and non-destructive testing methods, as per WiseGuy Reports. Meanwhile, the cable testing certification market is forecasted to rise from USD 11.06 billion in 2025 to USD 17.07 billion by 2034, with a CAGR of 4.9%, emphasizing compliance with standards like IEC and ASTM. In the U.S., stricter regulations in utilities and manufacturing are driving a 5.1% CAGR for cable testers through 2032, starting from USD 18.39 billion in 2025. These projections reflect a shift toward sustainable and resilient cabling, with innovations like high-voltage partial discharge testing gaining traction in renewable sectors. TOPHUNG's Cable Testing Machines: Precision and Versatility TOPHUNG, based in Suzhou, China, excels in cable testing machines tailored for wire and cable quality assurance. Their lineup integrates with universal testing systems, such as the TH-8203 Table Type Tensile Testing Machine, ideal for tensile, compression, bending, shear, peel, and tear tests on cables. The TH-8100 Series Universal Material Testing Machine handles non-metallic polymers and cable samples, while the TH-8201 series focuses on precision mechanical evaluations, complying with ASTM, ISO, DIN, and GB standards. Key features include servo motors for accurate load control, user-friendly interfaces, and customizable fixtures for various cable types like power, communication, and automotive wiring. With over 30,000 units deployed worldwide and contributions to 18,000+ patents, TOPHUNG emphasizes durability, real-time data analysis, and integration for R&D and production. Their machines support tests for insulation, conductor resistance, flexion, and welding strength, ensuring comprehensive performance assessment. Key Application Areas in 2025 Cable testing machines are indispensable across industries adapting to electrification and connectivity demands. Automotive Manufacturing: With EV adoption surging, testing wiring harnesses for tensile strength and fatigue ensures safety in high-vibration environments. Telecommunications and Data Centers: Machines evaluate fiber optic and copper cables for bending resistance and signal integrity, supporting 5G and beyond. Renewable Energy: In solar and wind projects, testing cables for environmental resilience aligns with net-zero goals, preventing downtime in harsh conditions. Construction and Infrastructure: Assessing power cables for compression and shear strength complies with building codes amid global urbanization. Aerospace and Defense: Precision testing of aircraft wiring for tear and peel resistance meets military standards, reducing failure risks. These applications highlight how cable testing machines optimize material use, extend product lifespans, and drive innovation in smart grids and IoT ecosystems. Why Choose TOPHUNG in 2025? TOPHUNG differentiates with end-to-end services: 24/7 consultations, one-year warranties, lifetime maintenance, and remote calibration. Their OEM/ODM options and global partnerships, including technical collaborations, enable tailored solutions. As markets navigate supply chain pressures, TOPHUNG's certified equipment minimizes risks and enhances efficiency. In summary, with the cable testing machine market booming in 2025, these tools are crucial for reliability and compliance. TOPHUNG's advanced offerings empower industries to innovate securely. Visit www.tophungtest.com to discover how their cable testing machines can transform your quality control.

In the rapidly evolving landscape of materials science and engineering, material mechanics testing machines are indispensable tools for ensuring product quality, safety, and performance. As industries push the boundaries of innovation, companies like TOPHUNG are at the forefront, offering advanced solutions tailored to meet diverse testing needs. This blog explores the latest trends in the material mechanics testing machine sector, drawing from 2025 industry reports, and highlights how TOPHUNG's offerings are driving progress across key applications. 2025 Industry Insights: Market Growth and Trends The material testing market is experiencing robust growth, fueled by increasing demands for quality assurance, regulatory compliance, and technological advancements. According to a recent MarketsandMarkets report, the global material testing market is projected to expand from USD 871.9 million in 2025 to USD 1,070.9 million by 2030, achieving a compound annual growth rate (CAGR) of 4.2%. This surge is driven by sectors such as aerospace, automotive, and construction, where precise mechanical property evaluations are critical. Focusing on universal testing machines (UTMs)—a core subset of material mechanics testing equipment—the market is set for steady expansion. Future Market Insights forecasts a CAGR of 4.2% through 2029, with emerging trends including automation, AI-driven analytics, and Industry 4.0 connectivity. A separate analysis indicates the global UTM market reaching USD 451 million in 2025, emphasizing the shift toward high-temperature and dynamic testing capabilities. Additionally, the dynamic material testing machine segment is valued at USD 172 million in 2024 and projected to hit USD 270 million by 2032 at a 6.8% CAGR, highlighting the need for equipment that handles complex, real-world simulations. These trends underscore a broader industry pivot toward sustainability and efficiency. For instance, the material analysis and testing equipment market is expected to grow from USD 3.18 billion in 2024 to USD 3.31 billion in 2025, with applications in eco-friendly materials development playing a pivotal role. In the U.S., the market anticipates a 2.48% CAGR through 2033, reflecting stringent standards in manufacturing and infrastructure. TOPHUNG's Material Mechanics Testing Machines: Precision Meets Innovation TOPHUNG, a leading manufacturer based in Suzhou, China, specializes in material mechanics testing machines designed for metals, non-metals, and composites. Their flagship series, including electronic universal testing machines like the TH-8201, excels in tensile, compression, bending, shear, and peel tests. With over 30,000 units deployed globally and contributions to more than 18,000 patents, TOPHUNG integrates cutting-edge features such as servo motors for accurate load control and software for real-time data analysis. Table type tensile testing machine Universal Material Testing Machine Single tensile testing machine     In 2025, TOPHUNG's offerings align perfectly with industry demands. Their solar photovoltaic testing machines, like the TH-8210 multi-grid battery tensile tester, support emerging renewable energy needs, ensuring components withstand environmental stresses. Certified with ISO, CE, and 32 patents, these machines emphasize reliability and user-friendly interfaces, making them ideal for both R&D and production environments. Key Application Areas in 2025 Material mechanics testing machines find extensive use across industries, adapting to new challenges like lightweight composites and smart materials. Aerospace and Defense: Testing for tensile strength and fatigue in aircraft components ensures compliance with FAA and military standards, reducing failure risks in high-stakes operations. Automotive Manufacturing: With the rise of electric vehicles, machines evaluate battery materials and structural integrity, supporting lighter, more efficient designs. Construction and Infrastructure: Equipment assesses concrete, steel, and polymers for durability, aligning with sustainable building practices amid global urbanization. Renewable Energy: In solar and wind sectors, testing photovoltaic modules and turbine blades for mechanical resilience is crucial, especially with 2025's push toward net-zero goals. Medical and Electronics: Precision testing of biomaterials and circuit components ensures safety and performance in healthcare devices and consumer gadgets. These applications demonstrate how material mechanics testing machines enable innovation, from enhancing product lifespans to optimizing resource use. Why Choose TOPHUNG in 2025？ TOPHUNG stands out with comprehensive services: 24/7 consultations, one-year warranties, and lifetime maintenance. Their OEM/ODM capabilities and global partnerships, including technical collaborations with German firms, provide customized solutions. As industries navigate economic uncertainties, investing in reliable testing equipment like TOPHUNG's minimizes downtime and boosts competitiveness. In conclusion, as the material testing market surges in 2025, material mechanics testing machines are pivotal for driving technological advancements. TOPHUNG's professional-grade solutions empower businesses to meet evolving standards and innovate confidently. For more details on their products, visit www.tophungtest.com and explore how these machines can elevate your operations.

What is a Universal Testing Machine and Why is It Important in Material Testing? In the world of manufacturing and quality control, the integrity of materials is not just a requirement—it's the foundation of safety, reliability, and innovation. At Suzhou TOPHUNG Machine Equipment Co., Ltd., we have been at the forefront of providing the tools that ensure this integrity since 2007. One such indispensable tool is the Universal Testing Machine (UTM). But what exactly is a UTM, and why is it so critical? Let's break it down. What is a Universal Testing Machine (UTM)? A Universal Testing Machine, also known as a tensile tester or materials tester, is a versatile piece of equipment designed to evaluate the mechanical properties of materials and components. As the name "universal" suggests, it can perform a wide range of tests on a variety of samples by applying controlled tensile (pulling), compressive (pushing), flexural (bending), and shear forces. TH-8201 Computer table type Universal Material Testing Machine   TH-8100 Universal Material Testing Mahine TH-8202 Computerized single column Tesile Testing Machine TH-8203 Computer type desktop Tensile Testing Mahine The core components of a UTM include: Load Frame: A sturdy structure that houses the moving parts. Load Cell: A precision sensor that measures the force applied to the specimen. Grips and Fixtures: Specialized tooling that holds the specimen securely during the test. Actuation System: A motor that moves the crosshead to apply the force. Control Software: The brain of the system, which controls the test parameters, collects data, and generates reports. Why is the UTM So Important in Material Testing? The importance of a UTM lies in its ability to provide objective, quantifiable data about how a material will behave under stress. This data is crucial for: 1. Ensuring Product Quality and ConsistencyUTMs are the first line of defense against product failure. By batch-testing raw materials and finished products, manufacturers can ensure every item meets strict specifications, safeguarding their brand reputation.                                             Tensile test      Metal compression test    Three point bending test     Four point bending test                                                         Adhesive peel test    Tear test      Terminal tensile test  Webbing tensile test                                2. Verifying Product Safety and ReliabilityFrom the tensile strength of a steel cable in an elevator to the impact resistance of a child's toy, UTMs help verify that products are safe for their intended use and can withstand real-world forces. 3. Driving Research and Development (R&D)Engineers and scientists use UTM data to develop new materials, like stronger composites for aerospace or more flexible polymers for medical devices. It provides the evidence needed to innovate with confidence. 4. Ensuring Compliance with International StandardsGlobal markets demand compliance with standards like ISO, ASTM, and GB. Our UTMs at TOPHUNG come with pre-loaded standard test methods, making it easy for you to generate compliant and auditable reports.   TOPHUNG UTM: Your Partner in Precision and Performance At TOPHUNG, we don't just sell machines; we provide comprehensive quality testing solutions. Our UTMs are engineered to deliver the accuracy, durability, and ease-of-use that modern industries demand. Key Advantages of a TOPHUNG UTM: Robust and Reliable Frame: Designed for long-term stability and minimal maintenance, ensuring consistent results year after year. High-Precision Load Cell: Achieve accurate force measurements with minimal deviation, crucial for reliable data. User-Friendly Software: Our intuitive T-Test software guides operators through setup, automatically calculates key properties (yield strength, elongation, modulus, etc.), and generates professional reports. Customizable Solutions: We understand that needs vary. That's why we offer a range of capacities and customizable fixtures to fit your specific application, whether you're testing metal rods or delicate adhesive tapes. Main interface: TOP-Test material test special software,it is suitable for all kinds of materials, products mechanical properties test. The main interface of the test simultaneously displays: test curve, data list, real-time data, control panel and other information. Simple interface, portable operation, and support for multi-language seamless switching.   Standard Setting interface: TOP-Test material test special software, according to the product test standards, can be set before the test sample information, the test process control mode, running speed, control conditions, and test results of the data list, data arithmetic, test report style and other information, To meet the test requirements of ISO, IEC, EN, GB, ASTM, JIS, DIN and other international general testing standards. Calibration interface: TOP-Test material test specific software, with force, displacement, velocity, deformation and other equipment calibration functions. Force calibration can simultaneously store multiple sets of calibration data for load cells, and can calibrate up to 12 segments of load cells. The force error is controlled within ± 0.5%, making the test results more accurate. Unit system interface: TOP-Test material test special software, with flexible unit system, strength, displacement, deformation, strength and other data are available in a variety of units to meet different testing requirements.    Data query: TOP-Test material test special software, with powerful data query function, each test data are stored in the encrypted database, users can query and output historical tests based on search criteria such as test number, batch, time, and personnel, and compare and analyze the test results horizontally/vertically.  Report output: TOP-Test material test specific software, it adopts open test report template, users can write test report styles according to test requirements, call test result database information, and automatically generate test reports. And it can output test reports in formats such as Word, Excel, PDF, etc. The data information is complete, clear, and automatically generated. Conclusion A Universal Testing Machine is more than just a piece of laboratory equipment; it is a critical investment in the quality, safety, and future of your products. It transforms subjective assumptions into objective, actionable data. As you strive to build better, safer, and more innovative products, let Suzhou TOPHUNG be your trusted partner. With over 16 years of expertise, we are committed to providing you with the excellent test instruments and overall solutions you need to excel. Ready to unlock the full potential of your materials? Contact TOPHUNG today to find the perfect UTM solution for your testing requirements.

  Low cost and high efficiency make the durability of each cable clear at a glance   In the field of flexible cables, product quality directly determines the lifespan and reliability of terminal equipment. However, the expensive large-scale testing equipment deters many small and medium-sized enterprises and those conducting high-frequency R&D tests. Suzhou TOPHUNG, having been deeply engaged in the field of mechanical testing equipment for many years, is well aware of your pain points. Today, we bring you an innovative solution - the 5800D series flexible cable fatigue miniature display machine   5806D Cable Bending testing machine 5807D Cable 2D torsion testing machine 5812D Cable vertical torsion testing machine 5813D Cable drag chain bending testing machine 5814D Cable 3D torsion testing machine   Have you ever faced the following troubles? Are large automatic fatigue testing machines expensive and have high procurement decision-making costs? Frequent rapid verification of new materials and new processes is needed, but the waiting time for equipment usage is long? Do you want to visually showcase the outstanding performance of your products to customers on-site or at trade shows? Limited budget, but still need reliable quality control measures?   The 5800D series cable testing machine is precisely the ideal choice tailored for you. It condenses the core functions of large-scale testing equipment into a compact desktop-level instrument, specifically designed for sample testing, teaching demonstrations, incoming material inspection and R&D verification. Core advantages Ultimate cost performance: At a price far lower than that of traditional equipment, you can obtain professional-level fatigue detection capabilities, significantly lowering your investment threshold. Compact and portable, plug and play: With a neat desktop design, it only requires one workstation space. Just connect the power supply and start testing, easily integrating into any laboratory or production line. Simple operation and intuitive results: The touch screen control is simple and clear, and multiple test standard modes are preset. Staff can quickly get started, observe in real time the number of tests, frequency, and current on-off status, and intuitively determine the moment of cable failure. Customization support: Personalized fixtures and test solutions can be provided based on the Type of cables you test (such as Type-C, FPC, robot cables, etc.).   Technical Parameter Overview: • Test frequency: Adjustable from 0 to 60 times per minute • Bending Angle: 0°-180° can be freely set • Counting range: 0-999,999 times • Display mode: High-definition touch screen, real-time display of test times, frequency and Angle • Power-off memory: Data will not be lost after an unexpected power outage, and the test can continue after power is restored • Judgment function: It can automatically determine whether the sample has failed and stop the machine through current interruption   Application Scenarios • R&D Center: Rapidly verify the bending life of newly purchased cables or self-developed cable samples. • Quality Control (QC): Regularly sample and test products on the production line to strictly control quality. • Sales Demonstration: Taken to the customer's site to provide irrefutable evidence of your product performance. • Educational institutions: It is used for teaching demonstrations of courses such as mechanics, materials science, and reliability engineering.   Choosing Suzhou TOPHUNG is not only about selecting a piece of equipment, but also about choosing a reliable partner. We focus on mechanical testing and are committed to providing you with a full-process testing solution ranging from large-scale systems to desktop instruments.  

In the quality control system of adhesive products, peel strength, long-lasting holding force and initial tackiness are the fundamental tests for evaluating the reliability of bonding. Based on 15 years of adhesive testing experience, Suzhou TOPHUNG has launched a full-process testing solution to help packaging, electronics and automotive enterprises overcome industry pain points such as delamination, creep and adhesive attenuation. Why is systematic testing needed? The complexity of tape performance requires multi-dimensional verification: The peel strength determines the reliability of immediate bonding (such as the bonding of mobile phone screens) Holding force reflects the long-term load capacity (such as automotive structural tapes) Initial adhesiveness affects the application efficiency of the production line (such as automatic label application)   Single-index testing can easily lead to quality blind spots - for instance, high-viscosity adhesive tapes may slip later due to insufficient cohesion. Table type Tensile Testing Machine Tape Retention Testing Machine Adhesive Tape Testing Machine Table type Tensile Testing Machine Address pain points: Quantify the risk of bond failure Driven by an o 0.5 grade servo motor, the peel speed is adjustable from 1 to 500 mm/min 180°/90° adjustable peel Angle fixture (conforming to GB/T 2792)   Tape Retention Testing Machine Address pain points: Predict long-term creep failure Multi-station parallel testing (1-6 stations)   Adhesive Tape Testing Machine Address pain points: Objectively assess initial stickiness Stainless steel ball rolling set (Φ1/32"~1", ISO grade 5 precision) The inclination Angle can be adjusted from 20 to 60° (in compliance with GB 4852 & JIS Z0237)   The tape testing equipment provided by our company comprehensively covers the key testing requirements of tapes, helping customers ensure the quality of their products and meet specific application needs. Whether you are seeking tapes with high adhesion performance, products that pursue long-term stability in use, or applications that emphasize initial adhesion, our company's professional testing equipment can meet your needs and help you choose the most suitable tape solution. Contact us to learn more about our company's testing equipment and services. Let's embark on a quality journey of your products together.    

From surgical robots' precise movements to EV charging piles' high-power transmission, high-flex cables act as the "lifeline" of modern equipment. Yet according to the Global Cable Reliability Report 2024, bending fatigue-induced cable failures cost manufacturers over $1.7 billion annually. How to guarantee long-term reliability under complex motions? Tophung delivers the definitive solution.   Analysis of Industry Pain Points The three fatal flaws of the current industry: False safety certification: Laboratory one-way bending test vs. Multi-angle twisting in Real scenarios Inefficient verification system: Traditional equipment tests only one cable at a time and it takes 20 days to complete 100,000 cycles Hidden damage out of control: Manual detection fails to identify the initial microcracks (< 50μm), resulting in sudden fracture   Solution: The Tophung wire and Cable 3D torsion testing machine is suitable for the testing requirements of high-flexibility cables such as TUV, VDE, and UL. The Cable 3D torsion testing machine structure is a composite torsion - bending and torsion combined synchronous test structure, simulating the operation scene of a mechanical arm to achieve multi-angle torsion tests. Core advantage Reproduction of real working conditions： Simulate the operation scene of the mechanical arm and support custom programming for bending angles and torsion angles Ultra-large-scale parallel testing： Exclusive 3-channel design enables simultaneous testing of 3 groups of cables at a time, saving testing time Extreme environment simulation： An optional temperature control chamber with a temperature range of -40℃ to 100℃ is available to verify the performance attenuation of the cable under extremely cold or high heat conditions   Technical Specs Bending radius range: 10mm to 75mm (adjustable) Torsion Angle: 0° to ±120° (adjustable) The test speed is 0 to 60 times per minute The sample diameter ranges from Ф1.0mm to Ф16mm   Our wire and cable bending fatigue testing machine adopts leading mechanical testing technology and features high precision and reliability. It not only has standard testing functions, but also supports customized testing solutions to meet various needs. Choose our Cable 3D torsion testing machine and you will achieve the perfect combination of technological leadership, cost-effectiveness and customer satisfaction.  

In today's world that relies on clean energy, the efficiency and reliability of solar cells are of vital importance. As a company specializing in providing mechanical testing equipment, we have specialized equipment for tensile testing of battery cell welding strips. This product will assist manufacturers and testing laboratories in enhancing the quality control of solar cells and ensuring their stability in harsh environments. Multiple Grid Cell Horizontal Tensile Testing Machine Composite solar cell tensile testing machine Multi-angle solar cell tensile testing machine   Understand the importance of welding strip stretching: The welding strips of solar cells play a crucial connecting role in the battery modules. The quality of the welding tape directly affects the performance and lifespan of the battery. Therefore, solar cell manufacturers and testing laboratories need a reliable testing device to evaluate the tensile properties of the welding strips. Our solar cell welding strip tensile testing machine can provide accurate and repeatable test results, helping you determine the connection quality between the welding strip and the cell, thereby enhancing the overall reliability and performance of the product.   Outstanding functionality and innovative design: Our solar cell welding strip tensile testing machine features a series of outstanding functions and innovative designs, making it one of the most advanced devices on the market. The following are some prominent features: Precise mechanical measurement: Our machine adopts advanced mechanical sensing technology, which can accurately measure the force and displacement of the welding strip during the stretching process. This ensures that you obtain accurate test results and helps you evaluate the material properties of the welding tape. Multi-functional test modes: Our machine features multiple test modes, including static tensile, cyclic tensile, and breaking strength tests. This means that you can conduct comprehensive tests and evaluations of the welding strips according to different needs to ensure their stability and reliability under various stress conditions. Intuitive user interface: Our machines are equipped with an intuitive user interface, making operation simple and easy to understand. You can easily set test parameters, monitor the test process, and obtain data and results in real time. This makes the testing process efficient and easy to operate.   The advantages of focusing on performance: Reliability and accuracy: Our machines have been meticulously designed and tested to ensure they possess a high level of reliability and measurement accuracy. You can trust our equipment to provide you with accurate test results. High efficiency and time-saving: Our machines feature high testing speed and rapid data processing capabilities, helping you save time and resources. You can focus more on other core businesses and improve production efficiency. Customization and Support: We offer customized solutions to meet the specific needs of different customers. In addition, we also offer comprehensive after-sales support and maintenance services to ensure that you can make full use of our equipment.   If you are a decision-maker in a solar cell manufacturer or testing laboratory, we strongly recommend that you choose our solar cell solder strip tensile testing machine. It will provide you with accurate and reliable test results and help you improve the quality and reliability of solar cells. Please contact us immediately to learn more about our products and solutions. Let's work together to jointly promote the development of clean energy technologies!

As a pioneer in testing equipment manufacturing since 2007, Suzhou TOPHUNG Machine Equipment Co., Ltd. has delivered reliable quality control solutions to global industries. Our Universal Testing Machines (UTMs) empower manufacturers to validate material performance with scientific rigor.   Core Functions of UTM Systems Fundamental Material Evaluation Tensile Testing: Measures yield strength, elongation and break points (e.g. metal wires, polymer films) Compression Testing: Assesses crush resistance (e.g. concrete blocks, battery components) Flexural Testing: Determines bending stiffness (e.g. photovoltaic panel frames) Advanced Structural Analysis Peel strength tests for adhesives Shear resistance evaluation for fasteners Cyclic loading simulations for fatigue life prediction   Key Industries Served New Energy: Validating solar connector durability under extreme weather simulation Automotive: Testing seatbelt tensile strength and component fatigue resistance Construction: Certifying steel reinforcement bars to GB/T 228.1 standards Electronics: Measuring flexible PCB substrate deformation limits   TOPHUNG's Engineering Excellence Precision Control 0.5-grade load cells with temperature compensation Crosshead positioning accuracy ±0.05mm   Adaptive Configuration Modular design supports capacity from 10N to 2,000kN Interchangeable grips for wires, composites and biomaterials   Smart Operation T-Test software preloads 50+ international standards (ISO/ASTM/GB) Real-time stress-strain curve visualization Multi-language report generation    Compliance Assurance CE certified electrical systems NIST-traceable calibration certificates   Lifecycle Support Onsite installation & operator training Preventative maintenance programs Spare parts availability guarantee   Application Scenario A Southeast Asian cable manufacturer enhanced export compliance using our TH-8000 UTM: Simultaneously met IEC 60811 and ASTM D412 requirements Automated copper conductor elongation testing With parallel sample analysis, the test cycle is shortened

As global material testing standards shape industrial quality control, understanding the nuances between ISO 527 and ASTM D638 is critical for manufacturers.  At Suzhou TOPHUNG, we’ve engineered testing solutions compliant with both standards since 2007.  Here’s a technical breakdown and why it matters for your operations.   Scope & Application： ISO 527:   Primarily governs rigid and semi-rigid plastics testing, widely adopted in Europe and Asia. Key industries: Automotive (e.g., dashboards), aerospace composites. ASTM D638:   Focuses on plastic materials including films/flexible sheets, dominant in North America. Key industries: Medical packaging, consumer electronics casings.     4 Critical Technical Differences Specimen Geometry： ISO 527: Requires Type 1A (170mm length) or 1B (80mm) dumbbell specimens. ASTM D638: Uses Type I (165mm) or Type V (25mm mini-samples) for thin materials. TOPHUNG’s Solution: Our fixtures can meet the test requirements of both samples.   Testing Speed： ISO 527: 1 mm/min (modulus measurement) then 5-50 mm/min until break. ASTM D638: Fixed 5 mm/min for modulus;  50-500% strain rate flexibility. TOPHUNG Advantage: Servo motors enable 0.001-500 mm/min speed switching in 0.1s.   Strain Measurement： ISO 527: Mandates extensometers for modulus calculation. ASTM D638: Allows crosshead displacement if material strain <5%. Our extensometer achieves ±0.1µm resolution, compatible with both methods.   Data Reporting： ISO 527: Focuses on tensile modulus, yield stress, and break elongation. ASTM D638: Additional reporting of Poisson’s ratio and secant modulus. TOPHUNG’s T-Test software generates multiple parameters per both standards.   Why Compliance Matters A 2023 study showed that some export rejections stemmed from poor selection of criteria standard selection.  TOPHUNG’s dual-standard systems help clients: Test same material under ISO/ASTM simultaneously Switch between standards via pre-loaded software profiles Pass EU CE certification audits   Case Study: Automotive Supplier A Zhejiang-based producer reduced testing time by 40% using our TH-3000 series: Automated jigs for ISO 1B and ASTM IV specimens AI-driven result mapping between standards Reduce most reinspection costs annually   With 37 patented technologies and 30,000+ systems deployed globally, TOPHUNG empowers manufacturers to master international standards effortlessly.

Universal Testing Machines (UTMs) are essential instruments for evaluating material properties across industries. As a leading manufacturer with 16+ years' expertise, Suzhou TOPHUNG explains the working principles and why our UTMs deliver exceptional value.   Core Working Principle  A UTM operates through three integrated systems: Loading Frame: Applies controlled tensile/compressive forces via electromechanical or hydraulic actuators. Load Cell: Precisely measures resistance using strain gauge technology (accuracy up to ±0.5% in TOPHUNG models). Control System: Our self-developed software automates test protocols per ISO/ASTM standards while capturing real-time data.   Technical Advantages of TOPHUNG UTMs Precision EngineeringOur dual-ball screw drives and military-grade load cells ensure ≤0.5% force measurement deviation - 30% more accurate than industry averages. Multi-Industry AdaptabilityFrom testing photovoltaic panel durability to automotive component fatigue, our modular designs accommodate: 50N~2000kN capacity ranges Custom grips/fixtures for wires, composites, etc. Temperature chambers (-70°C~350°C) Smart Testing SolutionsTOPHUNG's T-Test software features: One-click ASTM/DIN/GB compliance AI-powered curve analysis Cloud data management Reliability AssuranceAll machines undergo 72-hour continuous operation tests before delivery, backed by 24/7 global technical support.   Why Enterprises Choose TOPHUNG Since 2007, we've delivered 8,200+ UTMs to 37 countries, serving clients like BYD Auto and Trina Solar. Our R&D team holds 23 patents in non-destructive testing technologies, ensuring clients always stay ahead in quality control.