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Testometric Special Purpose Models India | Box Compression, COF, Food Texture Testing
Advanced Solutions

Special Purpose Models
Testing Range

Purpose-built testing systems for specialized applications — from box compression and friction analysis to food texture and fibre testing. Each system engineered with Grade 0.5 accuracy for demanding quality requirements.

11+
Dedicated Models
0.5
Grade Accuracy
ISO
Certified
Testometric Special Purpose Models Testing System
0
Special Purpose Models
Grade 0.5
EN 7500-1 Accuracy
0
Test Methods
1:4000
Platen Parallelism
24/7
Support Available

Specialized Testing Solutions

Dedicated testing systems for box compression, friction testing, food texture analysis, fibre testing and more specialized applications.

Application-Specific Design

Each special model is engineered for its specific application with optimized test chambers, fixtures, and measurement systems.

Complete India Support

Fully supported by FITCO with local spare parts, comprehensive after-sales service & warranty across India.

WinTest Software Suite

Comprehensive testing software with 100+ calculation parameters

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Advanced Testing

Industry standard test methods with unlimited custom protocols. Automated data storage and easy export to Excel, Word, Access, and SPC systems.

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Data Analysis

Real-time graphs, statistical analysis, and professional report generation with comprehensive calculation parameters.

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Industry Ready

Pre-configured for aerospace, automotive, construction, metals. Full compliance with international testing standards.

WinTest Interface
WinTest Dashboard

Testing Parameters & Calculations

Comprehensive measurement capabilities for materials testing

All Testing Parameters
Average Force
Average Force / Width
Bending Modulus
Bend. Strength @ Peak
Bursting Strength
Chord Modulus
Chewiness
Crush Force (Edge)
Deflection @ 1st Collapse
Deflection @ Force (Stage)
Deflection @ Time
Density
Dynamic Co-eff of Friction
Elongation @ Break
Energy to Break
Energy to Yield
Force @ Peak
Force @ 1st Collapse
Force @ Elongation
Force @ Proof
Force @ Rupture
Force @ Time
Force after Stage
Fracturability
Hardness
Initial Modulus
LOP (Limit of Proportionality)
Lowest Force
MOR
Percentage Reduction of Area
Plastic Strain Ratio r
Poisson's Ratio
Seam Opening Force
Seamed Strength
Unseamed Strength
Secant Modulus @ Strain
Secant Modulus @ Stress
Secant Stiffness
Spring Rate Between Forces
Spring Rate Between Deflections
Static Co-eff of Friction
Strain @ Break
Strain @ Force (Load Cycle)
Strain @ Force (Return Cycle)
Strain @ Force (Stage)
Strain @ Limit of Proportionality
Strain @ Rupture
Strain to LOP
Strain to MOR
Stress @ Peak
Stress @ Proof
Stress @ Strain
Stress @ Yield
Stress @ % Height
T.E.A.
Tangential Modulus @ Strain
Tangential Modulus @ Stress
Tenacity
Time to Peak
Time to Failure
Transverse Rupture Strength
Young's Modulus
Ym
Average of 5 Highest Peaks
Average Peaks (Selected Region)

Industry Applications

Trusted across diverse industries worldwide

View All Industries
Aerospace
Automotive
Construction
Metals
Medical
Military
Packaging
Cable & Wire
Concrete
Rubber
Timber
Springs