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Floor Standing Universal Testing Machines
Products > Universal Testing Machines > Floor Standing UTMs
Galdabini Floor-Standing Universal Testing Machines – Heavy-Duty Strength Meets Precision Engineering
Discover the unmatched reliability and performance of Galdabini’s floor-standing Universal Testing Machines, purpose-built for high-capacity material testing across demanding industries. Available in a range of force capacities—200 kN, 250 kN, 600 kN, 1000 kN, 1200 kN, and 2000 kN—these machines are ideal for testing metals, composites, plastics, concrete, and other structural materials.
Each system features a rigid dual-column design, precision electromechanical drive technology, and full compatibility with ASTM, ISO, and EN testing standards. Whether you’re conducting tensile, compression, bend, or shear tests, Galdabini’s heavy-duty testing systems deliver stable performance, accurate results, and flexible configuration options for both R&D and production environments.
From civil engineering to aerospace, automotive, and advanced materials research, Galdabini’s high-force UTM lineup offers the perfect balance of power, control, and long-term durability. For help sizing capacity and frame type, read our guide on how to choose a universal testing machine. For higher capacities, see our servo-hydraulic universal testing machines.
Quick capacity guide
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200 kN (44,962 lbf): rebar to about #5, bolts to M16 grade 10.9, plate and wire.
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250 kN (56,202 lbf): rebar to about #6 and 4 × 8 in concrete cylinders to about 30 MPa.
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600 kN (134,885 lbf): rebar to about #10 and 0.6 in prestressing strand.
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1,000 kN (224,809 lbf): 6 × 12 in concrete cylinders to about 50 MPa and #11 rebar.
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1,200 kN (269,771 lbf): #14 rebar and high-strength concrete.
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2,000 kN (449,618 lbf): #18 rebar, mechanical couplers and large structural parts.
Floor-standing UTM FAQ
Which floor-standing capacity do I need?
Work out the peak load of your strongest specimen (strength × cross-section) and choose a frame with at least 20 to 25% headroom. Each model page lists worked examples for rebar, bolts, plate and concrete.
Are these machines electromechanical or hydraulic?
The Galdabini floor-standing range is electromechanical, with a dual-column frame and screw drive. For tension above 2,000 kN, or for high-volume rebar and concrete work, see our servo-hydraulic machines.
Do floor-standing UTMs need a special foundation?
They need a level, reinforced floor rated for the machine's weight and test loads, and the largest frames are usually anchored. Check the floor rating with us before installation.
ASTM A370
Material Testing on Steel
200 kN Universal Testing Machine – Mid-Range Strength, High-Precision Performance
The 200 kN Universal Testing Machine is a versatile, floor-standing system ideal for testing metals, composites, plastics, and construction materials. With a robust dual-column frame and precision load control, it’s perfect for both quality control and advanced research. Perform accurate tensile, compression, and flexural tests in full compliance with ASTM and ISO standards. A go-to solution for labs needing mid-range force capacity without sacrificing accuracy or flexibility.
250 kN Universal Testing Machine – Reliable Strength for Demanding Material Testing
The 250 kN Universal Testing Machine delivers the perfect balance of power, precision, and flexibility for medium- to high-force applications. Designed for routine quality control and complex R&D tasks, this robust dual-column system handles a wide range of materials—from metals and alloys to composites and engineered plastics. With smooth motion control, advanced data acquisition, and compatibility with international standards like ASTM and ISO, it’s a dependable solution for labs and manufacturers requiring consistent, high-accuracy results.
600 kN Universal Testing Machine – Heavy-Duty Testing with Precision Engineering
Engineered for strength and built for accuracy, the 600 kN Universal Testing Machine is the ideal solution for testing high-strength materials such as structural steel, reinforced concrete specimens, and aerospace-grade composites. Its rigid dual-column frame and high-resolution measurement system ensure consistent performance under demanding loads. Designed for both industrial and research environments, this machine supports a wide range of test configurations and complies with ASTM, ISO, and EN standards. When your materials push the limits, the 600 kN UTM delivers the confidence you need.
1000 kN Universal Testing Machine – Precision Power for Heavy-Duty Material Testing
Built for serious force and uncompromising accuracy, the 1000 kN Universal Testing Machine is the go-to solution for high-capacity testing of metals, reinforced concrete, composites, and structural components. Its robust dual-column frame ensures rock-solid stability during tensile, compression, bend, and shear tests. Designed for demanding industrial applications and advanced research, this system combines high-speed control, modular fixturing, and full compliance with global standards. If you're testing high-strength materials, the 1000 kN UTM delivers performance you can trust—test after test.
1200 kN Electromechanical Universal Testing Machine – High-Capacity Testing with Clean, Controlled Power
The 1200 kN Electromechanical Universal Testing Machine combines high-load testing capability with the precision and efficiency of electromechanical drive technology. Designed for demanding applications such as structural metals, aerospace alloys, and advanced composites, this system delivers smooth, quiet operation with exceptional force accuracy. Its dual-column, floor-standing frame ensures rigid alignment, while the digital control system provides real-time feedback for consistent, repeatable results. Ideal for both R&D labs and production environments, the 1200 kN UTM supports a wide range of tensile, compression, flexural, and shear tests—all in full compliance with international standards like ASTM and ISO. For high-capacity material testing without the complexity of hydraulics, this machine sets a new standard in performance.
