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AMSE offers a complete range of instruments for measuring the melt flow index (Melt Index) of polymeric materials. The reference standards for these measurements are ISO 1133 and ASTM D1238.

AMSE offers a complete range of scientific instruments for sample preparation.

AMSE offers a complete range of scientific instruments for performing impact tests on polymer materials according to the Charpy and Izod methods.

The AMSE JBW series pendulums are the perfect solution for metal impact testing, adhering to international standards like ISO 148, ASTM E 23, and EN 10045. They’re available in 300 J, 450 J, and 500 J versions.

AMSE offers a comprehensive range of scientific instruments for specimen preparation. Manual and pneumatic hollow die punch are available for obtaining specimens of various shapes from samples of film, polymer sheets, and other materials.

AMSE offers the XJLD 50 pendulum model, specifically designed for tensile impact testing in accordance with the international standard ISO 8256.

AMSE offers a comprehensive range of scientific instruments for specimen preparation. The instrument consists of a motorized milling machine and a series of reference jigs for creating test specimens from polymeric material.

This instrument is designed to determine the bulk density of granules and powders.

Our automatic HDT Vicat tester represents the perfect fusion of industrial design and cutting-edge technology in the field of thermal deformation testing (HDT).

AMSE offers a complete range of scientific instruments for determining the HDT temperatures and Vicat of polymer materials.

Instrument for measuring the notch depth of specimens for impact tests.
Connectable to PC via RS 232 port for the preparation and drafting of reports.

AMSE offers an instrument for impact testing on plastic films that features an automatic sample clamping system and an anti-rebound device to ensure operator safety.

The durometers stand out for their precision and versatility, enabling measurements to be performed according to the main test methods.

AMSE offers a complete range of muffle furnaces for calcination, tempering, and heat treatment, with various temperature ranges and capacities, reaching up to 1300∘C.

AMSE offers a comprehensive range of natural convection ovens and furnaces that cater to all thermostatic applications.
Mini versions are also available in 8-liter and 20-liter capacities.

AMSE offers a complete range of high-technology forced and natural convection ovens suitable for all thermostatic applications.

AMSE offers a comprehensive range of scientific instruments for specimen preparation. The injection molding machine was specifically designed to produce a wide variety of laboratory test samples.

This cryogenerator is designed for cooling samples, accommodating up to 60 standard specimens simultaneously.

The salt spray chamber test method is commonly used to verify the corrosion resistance of products that may meet oxidizing agents during their use.

Environmental Stress Cracking can be defined as the acceleration of stress cracking due to contact with a fluid (liquid or vapor, for example caustic solutions on polypropylene) or with “swelling” agents without chemical degradation (it is a purely physical mechanism).

The Ring stiffness test is a method used to measure the ring stiffness of pipes and cylindrical conduits, typically those made from plastic or flexible materials.

This instrument is used to measure the impact resistance of various types of plastic pipes (such as water supply and drainage pipes, sewage pipes, gas pipes, and communication pipes, commonly made from materials like PVC, PE, and others).

The system is designed to cut and bevel large-diameter plastic pipes.

A system used to determine the critical crack propagation pressure and temperature in plastic pipes.

This system is primarily used to determine the failure of plastic pipes and fittings when subjected to thermal cycling at a pre-set internal pressure.

Our hydrostatic pressure tester is an instrument designed to test the resistance of pipes and components under pressure.

The machine is used to determine the opacity of pipes and fittings according to international standards ISO 7686 and other equivalents.

The system primarily used to determine the impact resistance of circular cross-section plastic pipes.

Compact system for evaluating filtration efficiency in molten polymers, featuring proven performance, fast filter loading, and an intuitive touchscreen interface.

SHIMADZU offers a comprehensive range of Universal Testing Machines (UTMs), also known as dynamometers, designed to meet diverse application needs across various sectors.

Shimadzu offers a wide range of Universal Testing Machines (UTMs), also known as dynamometers, which are designed for diverse applications across many industries.

Shimadzu offers a wide range of Universal Testing Machines (UTMs), also known as dynamometers, which are designed for diverse applications across many industries.

Computer-controlled servo-hydraulic universal testing machines (UH-X) and high-performance machines (UH-FX), equipped with hydraulic grips, feature an improved operator interface due to the integration of a large, color touchscreen panel.

Shimadzu provides a wide range of fatigue testing machines with variable capacities. They’re available in electromechanical and hydraulic models, depending on the loads and frequencies you need to achieve.

The HITS-X high-speed tensile and impact testing machine can perform tests at speeds up to 20 m/s (72 km/h).

SHIMADZU offers a complete range of microhardness testers for measuring the Vickers, Rockwell, and Knoop hardness of metals. Available in various versions, from manual models to fully automatic systems.

Used for materials that can resonate at 20 kHz, generating low thermal dissipation (high-strength steels, duralumin, titanium alloys, aluminum).

SHIMADZU offers a comprehensive range of Universal Testing Machines (UTMs), also known as dynamometers, designed to meet diverse application needs across various sectors.

Compact system for evaluating filtration efficiency in molten polymers, featuring proven performance, fast filter loading, and an intuitive touchscreen interface.

The IVS200 is a compact automatic viscometer for measuring kinematic and intrinsic viscosity of polymer solutions, enabling determination of polymerization degree and molecular weight in compliance with ISO and ASTM standards.

Compact CNC machine for the automated preparation of flat tensile and impact test specimens, featuring a guided touchscreen interface and high dimensional accuracy.

The LCRX-300/MARK II line is a compact and economical solution for high-quality film production, perfect for R&D and small-scale production. It features an aluminum structure and can be factory-configured with either a horizontal or vertical roll stack orientation.

The LFX-250/MARK II line is designed for efficient film production in a compact and affordable design. Its lightweight aluminum structure makes it easily maneuverable and adaptable to laboratory spaces.

The LEX20/MARK II single-screw extruder is a compact and high-performance solution, perfect for research and development (R&D) and for small-scale production.

The LTCX22/MARK II is a compact and modular twin-screw extruder designed for precise and efficient polymer processing.

The High Speed Blow Point Tester BP-2 is a precision instrument designed to determine the “blow point” in vulcanized rubber products.

The Tackiness Checker HTC-1 is a portable and compact instrument (1.3 kg) designed to simply and accurately measure the tackiness of rubber components and adhesive tapes directly in a production environment.

The Mini COMBI line for blown & cast film integrates the Mini Cast Film (LMCR-150) and Blown Film (LMF-200) units into a single, compact system, powered by a 16mm mini single-screw extruder.

Laboratory & pilot plant variable speed fluid high-speed Mixers are high-speed mixers perfect for lab applications and small-scale production.

These polymer mixers are highly customizable to best meet diverse industrial applications.

Two-roll mills for rubber are machines used for processing elastomers and thermoplastic resins.

Computerized two-roll mills for rubber, with either water cooling or oil heating and cooling, are designed for the processing and mixing of rubber (rubber mills) and are entirely controlled by computerized systems.

The LFT44-GP Filter Tester features a gear pump and a design that allows molten material to flow linearly from the extruder directly to the filter. Filter replacement is quick and easy thanks to its rapid clamping system.

Two-roll mills range from manual models to fully automatic, computerized versions, which are used for masterbatch comparison, quality control, and R&D activities.

Thanks to its compact size, the Micro Scientific LRM-M-100 benchtop two-roll mill is perfectly suited for the needs of universities and laboratories that prefer small batch sizes.

Large-scale cast film lines are equipped with chill rolls that reach diameters of up to 250 mm and utilize a heavy-duty hydraulic system. This system allows both the lower and upper rolls to be pressed against the central one.

The new Compact Filter Tester LCFT34-GP is a fully computerized solution that integrates a 20 mm extruder and a powerful high-torque servomotor for the gear pump.

Laboratory & Pilot Plant Mixers with Cooling System are mixing systems specifically designed for use in research and pre-production settings. They offer the ability to control the temperature of the material being mixed through an integrated cooling system.

Bench top laboratory mixers are available in capacities of 10, 5, 2.5, and 1.5 liters. They feature a high-speed mixing system that allows you to precisely set the desired speed.

High-power laboratory mixers are high-speed mixers, ideal for laboratory applications. Made from polished stainless steel, these mixers ensure high standards of hygiene and durability.