Box compression tester.
Dedicated Testometric compression systems for measuring package strength, stacking performance, collapse load and deformation behaviour on corrugated boxes, cartons, containers and packaging assemblies.
For packaging teams that need compression data before boxes fail in storage or transit.
Box compression testing helps packaging manufacturers, converters, brand owners and QA labs compare carton strength, validate stacking performance and control package deformation under controlled platen movement.
- Compression testing of corrugated boxes, cartons, cases, containers and packaging assemblies.
- Peak load, crush load, deflection, stiffness and load-displacement curve reporting.
- Packaging design validation, supplier comparison, incoming QA, production release and damage investigation.
- Optional test setups for related corrugated board checks such as puncture, ECT, FCT, RCT and PAT where suitable fixtures are selected.
Choose the compression frame around box size, load range and floor space.
The Testometric box compression range includes compact bench-mounted systems and heavy duty floor-standing systems. FITCO should confirm the platen size, clear opening, load capacity and sample envelope before quotation.
X350 BC
Compact bench-mounted box compression system for smaller cartons and boxes, based on the X350 platform with full computer control and precision AC servo drive.
X500 BC
Higher capacity bench-mounted box compression system for larger packages. Testometric describes it for box sizes up to the 600 mm to 800 mm class with a 50 kN range.
XBC range
Dedicated box compression platform for packaging labs that need purpose-built compression space, platen control and WinTest reporting rather than a general-purpose frame.
XFS-4
Heavy duty four-column floor-standing system for large compression applications, with four balanced load cells and capacity options up to very high force ranges.
Built for controlled compression, not just force display.
Testometric box compression systems combine digital control, rigid frames, servo-driven movement and WinTest software so the result includes the full curve and test method traceability.
- Full computer control with automated test methods and stored routines through WinTest-Analysis software.
- Precision AC servo drive and brushless servo motor for controlled platen movement.
- High resolution load cells with automatic recognition and stored calibration parameters.
- High speed data collection for force-displacement curves and batch comparison.
- Overload, overtravel and impact protection for routine production lab use.
- Rigid loading frames with guided crosshead movement for repeatable compression alignment.
Confirm these details before selecting the box compression tester.
Final capacity and geometry depend on the actual packaging sample. Share the largest box, expected load and required method so FITCO can map the correct Testometric frame.
| Sample envelope | Maximum box length, width and height | Load range | Expected peak compression force with safety margin |
|---|---|---|---|
| Frame format | Bench-mounted or floor-standing | Platen package | Parallel compression platens sized for sample footprint |
| Control mode | Compression to load, deflection, break, time hold or method-defined end point | Output | Peak load, deformation, curve, statistics and pass/fail report |
| Accuracy control | Load cell selection and calibration scope | Software | WinTest method setup, report template and export format |
| Related tests | ECT, FCT, RCT, PAT, puncture or tensile checks when additional fixtures are required | Lab fit | Machine footprint, access clearance, power and operator workflow |
Make the test method clear before comparing boxes.
Compression results are sensitive to box conditioning, orientation, platen speed, closure method, sample damage, humidity and the selected end point. FITCO can help map the tester to the standard or customer method your lab must follow.
Maximum compression load, deflection at peak load, load at selected deformation, stiffness and full load-displacement graph.
Stacking strength comparison, transit damage investigation, carton design validation and supplier incoming quality checks.
Define sample orientation, closure method, preconditioning, compression speed, platen geometry and pass/fail criteria.
WinTest can store methods, automate calculations, capture graphs and generate repeatable QA reports for production or R&D.
Questions buyers ask before specifying this Testometric system.
Use these answers to confirm whether this model, fixture package and WinTest method fit your lab or production workflow before quotation.
What is a box compression tester used for?
How do I choose between small box and full box compression?
Which inputs affect compression results?
Compare adjacent models before final selection.
Many special purpose projects overlap. These related pages help check whether force range, sample envelope, fixture geometry or throughput points to a better fit.
Small Box Compression Tester
A compact Testometric compression tester for cartons, small containers, drums and packaging QA workflows.
X100-COF Coefficient of Friction Tester
A Testometric COF tester for static and dynamic coefficient of friction testing of films, paper, board, coated sheets and packaging surfaces.
Large Sheet Tester
A Testometric large sheet tester for full-sheet or large-panel flexural testing of building, roofing, insulation and fibre cement products.
Need the right box compression frame for your packaging size?
Send the box dimensions, expected load, required standard, sample orientation, report format and available lab space. FITCO can recommend the appropriate Testometric box compression configuration.