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  • Hong Jin Customized Computerized Single-column Servo Rubber and Plastic Belt Tension and Compression Tensile Testing Machine
  • Hong Jin Customized Computerized Single-column Servo Rubber and Plastic Belt Tension and Compression Tensile Testing Machine
  • Hong Jin Customized Computerized Single-column Servo Rubber and Plastic Belt Tension and Compression Tensile Testing Machine
  • Hong Jin Customized Computerized Single-column Servo Rubber and Plastic Belt Tension and Compression Tensile Testing Machine
  • Hong Jin Customized Computerized Single-column Servo Rubber and Plastic Belt Tension and Compression Tensile Testing Machine
  • Hong Jin Customized Computerized Single-column Servo Rubber and Plastic Belt Tension and Compression Tensile Testing Machine
Hong Jin Customized Computerized Single-column Servo Rubber and Plastic Belt Tension and Compression Tensile Testing Machine

Hong Jin Customized Computerized Single-column Servo Rubber and Plastic Belt Tension and Compression Tensile Testing Machine

$999.00-$3599.00/ Set|1 Set/Sets(Min. Order)

Customization:

Graphic customization(Min.Order: 5 pieces)
Customized logo(Min.Order: 5 pieces)
Customized packaging(Min.Order: 5 pieces)

Hong Jin Customized Computerized Single-column Servo Rubber and Plastic Belt Tension and Compression Tensile Testing Machine

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Material Testing: Designed to perform tensile, compressive, and flexural tests on rubber, plastics, and composite materials, providing critical data on strength, elasticity, and durability.
  • Automated Data Analysis: Equipped with a computerized interface displaying real-time test curves, enabling precise measurement and analysis of force-over-time data for informed decision-making.

Key features

  • 1. Corrosion-Resistant Metal Construction

  • With a high-strength steel/aluminum alloy frame, ensure long-lasting durability under heavy loads and corrosive laboratory environments.

  • 2. Touchscreen-Integrated Control System

  • With a user-friendly touchscreen interface and real-time test curve visualization, streamline workflows by adjusting parameters and analyzing data instantly.

  • 3. Customizable High-Precision Testing

  • With servo-driven precision control and adjustable load cells (0.1kN–1000kN), achieve accurate measurements for diverse material strengths.

  • 4. Multi-Scenario Versatility

  • With compatibility for tensile, compression, and flexural tests, adapt to R&D material analysis and industrial quality control in manufacturing.

  • 5. Eco-Friendly Compliance

  • With EPR France WEEE certification, meet stringent environmental regulations for sustainable disposal and recycling in European markets.

Product details

Hong Jin Customized Computerized Single-column Servo Rubber and Plastic Belt Tension and Compression Tensile Testing Machine

The Hong Jin Customized Computerized Single-column Servo Rubber and Plastic Belt Tension and Compression Tensile Testing Machine combines precision engineering with customizable features to meet diverse material testing needs. Designed for industries like manufacturing, research, and quality control, this machine offers high accuracy, versatility, and automation, backed by EPR/France/WEEE certifications for environmental compliance.

Technical specifications

FeatureSpecificationBenefit
DesignSingle-column steel/aluminum constructionDurable, space-efficient structure for heavy-duty testing.
Clamping SystemAdjustable hydraulic clamping jaws (customizable sizes)Precise alignment and secure gripping for varied specimen types.
Load CellHigh-precision servo-controlled load cell (up to 100kN capacity)Accurate force measurement with ±0.2% accuracy in Pro models.
Control PanelTouchscreen interface with real-time test curve displayUser-friendly operation and instant data visualization.
Material CompatibilityTensile, compression, and flexural testing for rubber, plastics, compositesVersatile testing capabilities for diverse materials.
CertificationEPR_France_WEEEMeets European environmental and waste management standards.
SoftwareIntegrated data analysis suite with automated reportingStreamlines workflows with customizable test protocols and compliance reports.

Customization guide

Adjustable parameters include:

  • Load Cell Capacity: Customize from 50kN to 100kN to match material strength requirements.
  • Clamping Jaws: Modify jaw size and shape for unique specimen geometries.
  • Software Modules: Add specialized testing protocols (e.g., fatigue testing, creep analysis).

Get inspired

With its modular design and servo-driven precision, this testing machine empowers engineers and researchers to optimize material performance. Whether validating safety standards for automotive parts or analyzing composite durability in aerospace applications, this system delivers reliable results.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Max Load Capacity50kN65kN (+30% vs Base)100kN (+100% vs Base)*
Testing Speed50mm/min65mm/min (+30%)100mm/min (+100%)
Accuracy±0.5%±0.3%±0.2%
Automation LevelSemi-automatedFully automatedAI-driven presets
Software FeaturesBasic reportingAdvanced analysisCloud integration

Supplier's note

  1. Three Technical Breakthroughs:

    • Servo-Controlled Load Cell: Enables ±0.2% accuracy in Pro models, outperforming traditional hydraulic systems by 40%.
    • Modular Clamping System: Customizable jaws reduce downtime by 30% when switching between specimen types.
    • AI-Driven Software: The Pro model’s predictive analytics cut test setup time by 50% compared to industry benchmarks.
  2. Optimal Version Selection:

    • Base Model: Ideal for small labs or educational institutions needing basic tensile/compression testing (e.g., plastic film analysis).
    • Advanced Model: Suitable for medium-scale manufacturing (e.g., automotive parts validation) requiring higher speeds and automated workflows.
    • Pro Model: Best for R&D facilities or aerospace/defense sectors demanding ultra-high precision and AI-driven analysis (e.g., composite material fatigue testing).

With the Pro’s 100kN capacity, you can safely test high-strength alloys, while its cloud integration ensures seamless collaboration across global teams. The Advanced Model’s 65mm/min speed optimizes production-line quality checks, reducing cycle times by 20% versus legacy systems. Choose wisely to align with your operational scale and technical demands.

Note: The Pro Model’s 100kN capacity exceeds industry standards by 50%, enabling testing of ultra-high-strength materials.

Frequently asked questions

  • Which Universal Testing Machine model suits small labs needing rubber and plastic testing?

  • How to clean the clamping system of the Hong Jin UTM?

  • What’s the difference between servo and hydraulic UTMs for material testing?

  • Can the Hong Jin UTM be customized for specific load capacities?

  • Is the Hong Jin UTM EPR France WEEE certified?

  • Does the Hong Jin UTM software support ISO 7500-1 compliance for test results?

  • What materials can the Hong Jin UTM test besides rubber and plastics?

  • How does the servo technology improve testing accuracy?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Load CapacityIndustrial material testing (e.g., automotive parts)Industry: 1000 kg (basic labs)
Base: 1500 kg (▲)
Advanced: 3000 kg (▲▲)
(▲▲ = 2x industry standard)
Base handles medium-scale testing; Advanced suits heavy-duty applicationsAdvanced requires larger lab space and higher cost
Precision (Accuracy)Quality control in manufacturingIndustry: ±0.5% (ISO 513)
Base: ±0.3% (▲)
Advanced: ±0.1% (▲▲)
(▲▲ = 5x precision improvement)
Advanced ensures high-precision results for critical componentsBase may suffice for non-critical testing
CertificationsCompliance-driven industries (e.g., EU markets)Industry: CE (basic)
Base: CE + EPR (▲)
Advanced: CE + EPR + WEEE (▲▲)
(▲▲ = full EU regulatory alignment)
Advanced meets stringent EU environmental and waste regulationsAdditional certifications add upfront costs
Test Types SupportedR&D for new materialsIndustry: Tensile/Compression (ISO 527)
Base: +Flexural (▲)
Advanced: +Fatigue/Shear (▲▲)
(▲▲ = 4 test modes vs industry)
Advanced supports complex material analysis for advanced materialsBase lacks specialized tests like fatigue analysis
Automation LevelHigh-throughput testing labsIndustry: Manual (ISO 376)
Base: Full Automation (▲)
Advanced: AI-Driven Analysis (▲▲)
(▲▲ = 30% faster reporting)
Advanced reduces human error and speeds up data interpretationBase requires operator training for setup
Noise LevelOffice-adjacent labsIndustry: 50 dB (louder than conversation)
Base: 45 dB (▲)
Advanced: 40 dB (▲▲, quieter than a fridge)
(▲▲ = 20% quieter)
Advanced minimizes noise disruption in shared spacesBase may require soundproofing for sensitive environments

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