This catalog features Starrett Force and Material Testing Systems, their applications and characteristics.
Precision, Quality, Innovation
Force and Material Test Catalog
What Makes a System
Test Stands
Software Options
Load Cells
Fixture Options
Applications
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Precision, Quality, Innovation.
Welcome to the Starrett Force and Material Test Catalog. Starrett Force Measurement and Material Test stands are ideal for compression and tensile testing. Our test stands are constructed from the highest quality materials, provide exceptional stability, and are highly accurate and repeatable. One the best features of the Force Measurement Solutions line of products is the sheer number of options and configurations available for our systems. There is a combination of components for virtually any application. This brochure breaks down the components of every test stand into simple terms to help users find the right test stand for their specific application needs. Contents: • What Makes a System.............................................4 • Force Measurement Test Stands..............................6 • Software Options.....................................................8 • Load Cells.............................................................10 • Fixture Options......................................................12 • Applications..........................................................14
Force Measurement Solutions
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System Composition. Every Force Measurement and Material Test System, regardless of application, has the same basic components: a test stand, software, a load cell, and a fixture setup.
THE LOAD CELL Load cells are required on every test stand. A load cell is a type of strain gage and is the part of the system which measures the amount of force being applied during a test. There are different formats of load cell, depending on test stand selection. Every type of load cell also comes in a range on load capacities, depending on the needs of the customer.
THE TEST STAND The test stand is the part that performs the movement in a tensile or compression test. It is controlled by the software and PC interface. Test stands come in a wide range of sizes and travel options, depending on the needs of the end user.
Read more about test stands on page 6.
Read more about load cells on page 10.
THE FIXTURE Fixtures are required on every test stand. These
THE SOFTWARE Choosing the right software program is an integral part of every test system. There are several levels of software to choose from, depending on the type and level of complexity of the tests being performed.
components securely hold a work piece in place during a test to ensure accurate and repeatable results every time. Fixtures are the largest category of components for a test system in order to properly accommodate the thousands of applications in which force and material testing is relevant.
Read more about software on page 8.
Read more about fixtures on page 12.
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The Test Stands. There are multiple models of test stand available from Starrett. Test stands come in multiple levels of load capacity and travel, depending on model and user needs.
Adjustable over-travel limits
THE FMM SERIES The FMM series of test stands are the most economic version available from Starrett. They are compact and ideal for quick checks for incoming or in process inspection. Models come in a variety of travel options and load capacities, depending on user needs. Available Capacities:
Column
- 110lbf (500N) - 550lbf (2500N) Travel/Test Space Options: - Standard Travel - 22" (559mm) - Extended Travel - 32" (813mm)
THE MMS SERIES The MMS series of test stands are highly accurate and easy to use, with a solid granite base for increased stability. They are ideal for simple load, distance, and break applications as well as more complex material testing applications like tensile strength, stress or strain. Available Capacities:
- 1000N (225lbf) - 5000N (1124lbf)
Travel/Test Space Options: - MMS1000 - 37.5" (953mm) - MMS5000 - 49.5" (1257mm)
Load Cell Mount
Fixture Mount
THE MMD SERIES The MMD series of test stands are dual column stands, ideal for higher load capacity testing, with a solid granite base for increased stability. They are ideal for simple load, distance, and break applications as well as more complex material testing applications like tensile strength, stress or strain.
Base Plate
Base
Emergency Stop
Available Capacities: - 10,000N (2250lbf) - 50,000N (11,250lbf)
Manual Jog Switch
Travel/Test Space Options: - MMD10K - 50" (1270mm) - MMD50K - 48" (1220mm)
Start/Stop Switch
Test stand features
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SOFTWARE OPTIONS There are a number of different software options available, depending on the type and complexity of the tests being conducted. L1 SOFTWARE - Great for quality control and incoming inspection. Engineered to meet the requirements for fast, efficient, and high-volume testing. L1 software is ideal for:
The Software. Starrett Force and Material Test Systems have four software packages to choose from: L1, L2, L2 Plus, & L3.
• Load Limit Testing • Distance Limit Testing • Break Limit Testing • Cyclic Count Testing
• Cyclic Duration Testing • Constant Load Testing • Constant Distance Testing
L2 SOFTWARE - Economical and easy to use, L2 software is ideal for demanding force measurement testing. L2 software is ideal for:
• Tensile Testing • Compression Testing • Flexural Testing
• Friction Applications • Coefficient of Friction Testing • Spring Testing
• Cyclic Testing • Shear Testing
L2 PLUS SOFTWARE - Ideal for demanding force measurement testing, L2 Plus software is optimized for quality and engineering personnel. Users can create complex test methods or use our standard templates. L2 Plus software is ideal for:
L1 and L2 software displays on an all-in-one touchscreen PC
L2 Plus and L3 software are PC and touchscreen monitor driven.
• Tensile Testing • Compression Testing • Flexural Testing • Cyclic Testing • Shear Testing • Rate Control Testing
• Friction Applications • Coefficient of Friction Testing • Spring Testing • Peel Testing
L3 SOFTWARE - L3 software systems are optimized for users involved with material testing and characterization; the research engineer, the design engineer, the quality control technician, the test technician and more. L3 software systems are capable of performing the same functions as the L1/L2/L2 Plus programs but also allow for advanced testing of material properties, such as Young’s Modulus or Ultimate Tensile Strength. L3 software is ideal for:
• Stress Testing • Strain Testing
• Measure Modulus : Elastic, Chord, Tangent • Measure Energy, Work and Resilience
• Elongation Testing • Strength Testing • Measure Offset Yield
Software options
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LOAD CELL OPTIONS - Starrett offers a full range of precision load cell sensors for force measurement, force analysis, and material testing applications. There are three main types of load cell, depending on the test stand being utlized and the type and complexity of tests being conducted.
The Load Cell. There are three categories of load cell, depending on test stand selection, the nature of tests being performed, and the environmental conditions the system will encounter.
BLC SERIES- Starrett BLC load cell sensors are full-bridge, temperature compensated, strain gage instruments designed and optimized for basic force testing applications. These S-beam sensors feature high axial stiffness and minimal deflection at full capacity which leads to improved measurement accuracy. The BLC sensors are available in load capacities from 2lbf-500lbf (10N-2500N). They are general purpose sensors which are used exclusively on the FMM-series test stands.
MLC SERIES- Starrett MLC load cell sensors are full-bridge, temperature compensated, strain gage instruments designed and optimized for material testing applications. These low profile sensors feature high axial stiffness and minimal deflection at full capacity which leads to improved measurement accuracy. The MLC sensors are available in a load capacity range of 28lbf-11,250lbf (125N-50,000N). They are general purpose sensors used on the MMS and MMD-series test stands.
FLC SERIES- Starrett FLC load cell sensors are full-bridge, temperature compensated, strain gage instruments designed for force measurement applications, but also suitable for some material testing applications. These S-beam sensors feature high axial stiffness and minimal deflection at full capacity which leads to improved measurement accuracy. They are designed for use on the MMS and MMD-series test stands and come in three levels, depending on user needs. FLC-E Series - “Economy” S-beam Sensors When price is an issue, these general purpose load cell sensors are economical and suitable for most general purpose force measurement applications. They are available in a load capacity range of 5lbf-1124lbf (50N-5000N), depending on needs. FLC-Series “Sealed” S-beam Sensors These models are suitable for applications in non-laboratory environments where dirt, oil, dust and debris may be present. They are available in a capacity range of 112lbf-1124lbf (500N-5000N), depending on needs. FLC-P Series - “Premium” S-beam Sensors Ideal for low load applications, these sensors have a safe overload rating of 1000% of the sensor’s load capacity. The FLC-P series is available in a load capacity range of 11lbf-56lbf (5N-250N), depending on needs.
load cell options
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The Fixture. The largest category of options for any test stand system is the fixture options. This is to ensure that there is an appropriate solution for virtually any application.
Platens - Made for aluminum or steel for compression applications. Available in fixed or self-leveling for soft samples. Vise-Action Fixtures - A very easy sample loading option. Jaw faces come in multiple sizes and surface finishes. Rope and Bollard Fixtures - For testing rope, cable, filaments, yarn and more. Designed for proper sample alignment. Flexural Fixtures - Used in 3 and 4 point bending testing. A flexible testing solution with adjustable spans. Force Gage Adapters - Used to mate dissimilar threaded connections. Available in male-to-male or male-to-female.
Eccentric Rollers - An excellent self- tightening fixture for flat materials that deform under load. Wedge-Action Fixtures - Designed for easy loading and alignment. Available in multiple jaw face finishes. Button Fixtures - Designed to test the tensile strength of electrical connectors that are crimped onto wires. Peel Fixtures - Suitable for determining adhesive strength. Fixed 90 degrees and adjustable models available. Extensometers - Used in conjunction with Material Test L3 software. Long travel options are available.
Pneumatic Fixtures - Ideal for high volume testing and maintaining a consistent clamping pressure. Spring Test Fixtures - Ensure correct alignment for accurate measurement of spring constants, tension, and length. Syringe Test Fixtures - Designed to make loading and unloading easy, fixtures test tension and compression. Scissor Fixtures - Self-tightening grips with a large variety of jaw faces available, great for elastomers, plastics, and more.
Coefficient of Friction (COF) - Meet ASTM, TAPPI, and ISO application standards for determining COF. Food Texture Fixtures - Measure food characteristics like shear, brittleness, softness, crispness, and more. Hook Adapters - A good general purpose option available in clevis and threaded mounting options. Clevis Adapters - Used to secure most testing fixtures available. Provides quick and easy swapping of setups.
fixture options
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Break, Fracture, and Rupture testing - Destructive testing can involve tensile, compressive, shear and other test methods where the product is tested to failure. Often this testing is used to determine the “peak” measurements that occur prior to the break event. Lx systems allow you to measure precisely based on stress, strain, load, displacement and time. Load rate testing - Load hold testing is a more complex testing method compared to testing to a set point at a specific velocity. Load hold testing can be used on consumer products, such as children’s attire, to measure the pull strength of buttons and their resistance to breaking loads. Contact closure testing - The “make and break” load for an electrical switch can be measured precisely. Load is applied to the switch and the peak load is measured when the switch closes/opens. This type of application can be tested on keypads, membranes, and other materials that utilize a resistance change. Insertion/Extraction testing - Insertion/extraction testing is performed on electronic components like jacks, medical devices, consumer products, and more. The loads are measured in both directions- tensile and compressive to determine the sample’s characterization for the application and for product life-cycle determination. Creep and Relaxation testing - The deformation of foam and similar materials under an applied load below yield strength can be measured and analyzed. Knowing the material’s ability to maintain its specified deformation is important for comfort and longevity in its intended application. Spring testing - Compression and extension springs are evaluated for spring rate and spring constant. Using free length or specified lengths at load targets, it’s important to verify the performance of springs to ensure reliability for the intended application whether it’s for aerospace or consumer products like mattresses.
Applications. Starrett knows force analysis and measurement.
Tensile testing - Identifying tensile force characteristics such as peak load is critical in validating a product’s safety and application. Whether it’s consumer products, medical products, packaging materials or fasteners used in the building trades, tensile testing is a fundamental measurement available on all Lx systems. Shear testing - Shear tests help measure the deformable mechanical properties of cosmetics, plastics, composites, fluids and other samples. Lap shear testing can be used to measure mechanical weld strength or the adhesive strength of epoxies. Peel testing - Adhesive strength properties are measured to understand the bonding capabilities of coatings and glues on various types of materials- from paper to substrates to building materials. Both 90° and 180° testing can be performed to measure the peak holding strengths under standard test methods such as ASTM F88. Compressive testing - Compressive loads are important in evaluating packaging designs, such as top load testing. Core sampling of concrete-based products are measured to determine their strength. And springs are analyzed under load to determine spring rate based on free length.
Flexural testing - Flexural strength and material stiffness represent the combined effects of a sample’s basic tensile, compressive and shear characteristics. Composites, wood products, paper products can be tested in both 3- and 4-point methods to determine their stiffness and resilience.
Coefficient of friction testing - ASTM D1894 is a common test method for measuring coefficient of friction. Materials such as plastic sheeting can be tested to measure both the static and kinetic frictional characteristics. Other materials, such as flooring products are tested to determine their slip resistance and safety under various environmental conditions.
Applications
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Starrett Kinemetric Engineering, Inc. 26052 Merit Circle, #103 Laguna Hills, CA 92653 USA Phone: (949) 348-1213 | Fax: (949) 582-8040
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Force and Material Test Catalog
04/26
The L.S. Starrett Company 2026© Specifications subject to change.
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