Totalstations with 1" angular measurement accuracy.

A Holmarc ~60 kg low‑capacity multi‑axis testing/positioning machine is a precision motion platform built from modular stages that move specimens or devices in several directions with controlled accuracy. It’s suited for lab and research applications, alignment tasks, and motion control experiments requiring fine multi‑axis adjustment, not for high‑force structural testing

2000 kN reaction frame is a heavy-duty structural support frame designed to safely resist and transfer very high test loads (up to 2000 kN) generated during structural or material testing.It provides a rigid structure that reacts against the applied load, preventing movement or deformation of the test setup while forces up to 2000 kN are applied. Heico hydraulic loadjacks are portable hydraulic jacks designed to apply controlled compressive loads in civil and structural engineering applications. They consist of a hydraulic cylinder (jack) paired with a hand or remote pumping unit and a pressure gauge to indicate load directly. They are simple, robust, and widely used for on-site and laboratory load application.100 kN Capacity Suitable for moderate load applications, small compression tests, structural preload, and field loading tasks Often used in foundation, pile load, bolt testing, and deformation measurement work where modest forces are needed. 1000 kN Capacity Designed for high-load field and laboratory use, e.g., loading structural members, larger preload tests, and heavy component compression. 3000 kN Capacity Intended for very high load applications, such as pre-stressing work, large structural element loading, in-situ testing of heavy infrastructure, and large component compression

Controls make 2000 kN UTM is a high-capacity, servo-hydraulic universal testing machine designed to apply controlled mechanical loads up to 2,000 kN (≈2 000 000 N) for characterizing the strength and deformation behavior of materials and structural components such as steel rebars, wire, concrete cubes/cylinders, and other construction materials.

MTS structural actuators are servo-hydraulic cylinders that generate controlled mechanical forces for static, dynamic, and fatigue testing of materials and structures. They are precision, fatigue-rated actuators used in MTS servohydraulic test systems (like the Landmark series). These actuators are paired with servo valves, load cells, and controllers to deliver accurate, repeatable forces and motion for test frames ranging from small laboratory machines to large structural test rigs.,5kN capacity: Used for low-force precision tests, often in component testing of small materials or assemblies (e.g., polymers, composites, small metal samples,100kN capacity :A mid-range structural actuator widely used in materials testing machines and structural test rigs (e.g., servo-hydraulic load frames).Ideal for materials characterization (tension, compression, bending) and moderate load structural tests.250kN capacity:A higher-force actuator used where tests require greater loads — such as larger components, structural elements, and more demanding fatigue tests.Enables testing of metals, composites, and structural specimens under higher static and dynamic loads.500kN capacity:Designed for heavy structural testing — large specimens and systems where high force is needed.Suitable for testing structural components, welded joints, large assemblies, and demanding cyclic/fatigue conditions

The MTS Landmark 100 kN test system (typically Model 370.10) is a floor-standing servo-hydraulic materials and component testing machine designed to apply controlled mechanical loads up to 100 kN (≈22 kip) in tension and compression. It features a rigid load frame with a crosshead-mounted hydraulic actuator and is part of MTS’s industry-standard Landmark servohydraulic test system family. It is used for mechanical testing of materials and small to medium components to determine properties such as strength, stiffness, deformation, fatigue/durability, and response to cyclic loading under realistic controlled conditions.

500 kN system is a servo-hydraulic materials and component testing machine capable of applying controlled forces up to 500 kN (≈110 kip) for engineering tests. It’s a floor-standing load frame with a hydraulic actuator integrated into the crosshead that applies precise, repeatable load and displacement to specimens.It is used to characterize mechanical properties and performance of materials and components under different load conditions — including tension, compression, bending, and fatigue