Compression Tester

This electromechanical compression tester is designed to evaluate the compressive strength and creep behavior of packaging and unit loads. It simulates real-world vertical forces during storage and transportation, providing accurate, repeatable results. Fully compliant with international standards like ASTM, ISTA, and ISO, it ensures packaging reliability and safety.

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Built to replicate real-world compressive forces, compression testers are designed to protect products, validate packaging strength, and ensure safe delivery throughout the supply chain.

Compression testers are specifically engineered to evaluate the strength, stability, and durability of packaging and unit loads when subjected to vertical and lateral compressive forces during handling, automated warehousing, and transportation.

By replicating both standard test protocols and real-world load conditions, these systems accurately simulate the stresses that products experience throughout the distribution cycle.

  • Compression frame: A rigid four-column structure ensures alignment and minimizes deflection during high-load tests, providing mechanical stability for long-term use.
  • Servo-controlled actuation system: Driven by a servomotor and dual ball screws, the system delivers controlled vertical motion with adjustable speed and high positioning accuracy.
  • Modular platen system: Includes both fixed and floating platens, with the floating version equipped with a spherical joint to simulate realistic contact conditions and compensate for sample irregularities.
  • Force measurement platform: Equipped with multiple high-precision load cells under the test surface to monitor applied forces across the entire contact area.
  • Integrated safety features: Includes emergency stop buttons, proximity sensors to limit platen travel, and provisions for safety fencing with interlock systems compliant with CE regulations.

    Benefits of compression testing

    Reduced product damage and return costs

    By simulating vertical loads during stacking and transport, the innPress detects packaging failures before they happen—helping companies avoid costly damage claims, product loss, and reverse logistics.

    Full compliance with global standards

    The compression tester performs tests aligned with ASTM, ISTA, ISO, and EN protocols. This ensures that packaging designs meet international regulatory requirements, supporting faster certifications and market access.

    Smarter packaging design through accurate testing

    With precise compression and creep testing, engineers get real-world data on structural performance—enabling them to reduce materials, improve protection, and avoid over-engineering.

    Evaluating packaging performance under real load conditions

    Compression testing provides objective data on how packaging systems protect products when exposed to vertical loads during stacking and transport. This evaluation helps determine whether packaging designs meet the required performance levels before entering the distribution cycle.

    Reducing waste and maximizing cost efficiency

    Packaging optimization through compression testing means eliminating unnecessary costs due to wastage during the distribution cycle and studying more economically efficient solutions (use of fewer materials, reduction of the weight of the unit load…).

    Optimizing Sustainability

    Cardboard is now considered a sustainable material, with at least 70% of corrugated cardboard boxes being recovered for recycling. However, compression testing goes one step further, eliminating unnecessary packaging and thus reducing the carbon footprint without compromising the integrity of the goods inside.
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    Fixed or floating platen
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    Load cell
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    Inductive proximity sensors
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    Easy maintenance

    Key features

    • Preset testing modes: vertical compression. apply & hold, apply & release, BCT determination and creep characterization 
    • Electric machine powered by high-precision servomotor
    • Spindle-driven transmission system to minimize noise and enhance precision
    • Heavy-strength compression plates
    • High-precision load cells for force measurement C3*
    • Load accuracy :
      • Maximum 0,2% error relative to full scale and
      • Maximum 1% error of measurement throughout the working range
    • Compression working range from 20 to 200 kN (4496 to 44962 lbf) 
    • Stroke up to 2100 mm (83 in) 
    • Variable compression speed
    • Real-time force and displacement data acquisitionTesting table available in multiple sizes
    • Intuitive touchscreen controller
    • Automatic test report generation

    *The load cell type can be upgraded and valued to type C5 or 00 for greater accuracy upon request.

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    Core strengths of the innPress and the compression tests that drive packaging validation

    This testing solution empowers engineering and packaging teams to proactively identify load-bearing limitations and optimize structural design based on real compression behavior. Rather than relying on theoretical models, users gain actionable data that supports leaner packaging, safer stacking, and improved long-term reliability.

    Tailored for high-stakes applications, the innPress integrates seamlessly into validation workflows in industries where failure is not an option—such as aerospace, medical devices, and electronics. Its robust design and configurable platform make it a critical asset for ensuring supply chain continuity and protecting product value under pressure.

    Real-world compression force simulation

    Real-time monitoring of force and displacement generates precise deformation profiles, while the intuitive control software includes preset modes such as vertical compression, apply and hold, apply and release, box compression test (BCT), and creep. This enables fully automated testing sequences with minimal operator intervention and maximum repeatability.

    Creep testing for long-term performance evaluation

    Equipped with dedicated creep characterization modes, the Compression Tester performs extended-duration tests to analyze how packaging deforms under constant load over time. This functionality is crucial for assessing whether packaging maintains its structural integrity during prolonged storage or in high-stacking environments. The automated data collection and precise load control deliver detailed deformation curves essential for material optimization and compliance with ISO 8611 and ASTM D4169.

    Advanced data acquisition and analysis

    The compression tester integrates high-precision load cells, inductive proximity sensors, and a spindle-driven transmission system to ensure exceptional measurement accuracy. It offers a load accuracy of up to ±0.2% relative to full scale and a maximum measurement error of ±1% across the working range. Equipped with a C3 load cell — upgradeable to C5 or 00 for greater precision upon request — the system provides reliable and repeatable results.

    Versatile compatibility for multiple load types

    Thanks to configurable platform sizes of up to 1500 x 1500 mm and stroke lengths reaching 2100 mm, the machine easily adapts to diverse testing needs. It supports reliable testing of small containers, shipping boxes, retail packaging, unit loads, and full pallets without compromising measurement accuracy. This versatility is particularly valuable for companies handling mixed product lines, as it ensures that both light packaging and heavy palletized loads can be validated using a single system.

    Expanded testing capability with dedicated accessories

    To further enhance testing flexibility, Safe Load Testing Technologies offers optional accessories that expand the system’s capabilities. The table to lower compression range enables accurate testing of lighter loads and smaller packages by extending the compression range downward, allowing highly precise compression tests on a broader variety of packaging types, from small consumer goods to lightweight unit loads. Additionally, the ISO 8611 accessories for pallets are specialized fixtures designed to perform fully compliant pallet compression tests according to ISO 8611 standards, ensuring reliable and repeatable results when evaluating the structural strength and stability of pallets under realistic loading conditions.

    Compression testing applications

    Engineered by top-tier specialists in packaging and transport simulation, this innovative machine is designed to provide exceptional results, ensuring your satisfaction with every use.

    • EN 15552: 2008
    • ISTA procedures 1C, D; 2A, B; 3E, F, H, L; 4 Series; 6-FEDEX – A, 6-FEDEX – B; 6-SAMSCLUB Type A-D, 6-AMAZON.COM-SIOC Type B-H
    • ISO 8611, ISO 13820, ISO 12048, ISO 2872
    • ASTM D642, ASTM D4169
    • TAPPI T804
    • JIS Z0212
    • GB/T 16491, GB/T 4857.4, QB/T 1048-2004
    • FEFCO 50

    * This is a representative list of standard tests the machine can perform. Others may be available – contact our sales team for more information.

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    Optional accessories

    Compression testing systems can be equipped with a variety of optional accessories to enhance testing capabilities and adapt to specific product characteristics or packaging requirements.

    Table to lower compression range - innPress

    Table to lower compression range

    ISO 8611 accessories for pallets

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    Watch the Compression Tester in action!

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    Industries

    Our machines are designed to meet the testing needs of a wide range of industries, helping ensure product safety, quality, and performance thanks to their versatility and precision.

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