DW 2000 - Drop Weight Tower Impact Tester

High reliability – High efficiency – Modular structure for a wide range of applications

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📘 General Description

Automatic weight recovery system and velocity measurement.

The DW 2000 Impact Tester is designed to perform high-energy impact tests on metallic materials, plastics, composites, and industrial components.

It operates using the free-fall weight principle with optical velocity measurement and digital control, ensuring precision, safety, and repeatability in every test.

This model belongs to the STEP Lab series, specialized in single-axis and multi-axis impact testing, with a maximum energy capacity of 2000 joules, making it ideal for demanding tests in research laboratories, quality control, and advanced material development.

🧩 General Features

STEP Lab impact testing systems are versatile equipment designed to perform single-axis and multi-axis impact tests on a wide range of materials and products.

They allow impact energies ranging from 0.2 to 2000 J, covering everything from lightweight plastic materials to high-strength structural components.

Their design provides a large usable testing volume, facilitating the positioning of large or non-conventional specimens.

In addition, the system supports a wide range of accessories that enhance its functionality:

• Instrumented load cells and impactors
• Anti-rebound and safety systems
• Spring accelerators for multiple impacts
• Interchangeable specimen holders and anvils

⚙️ Main Technical Specifications

💻 Control System and Software

The ImpactStar software controls equipment operation and manages real-time data acquisition.

It operates in a Windows environment and integrates an intuitive touchscreen interface with powerful analysis and automatic reporting tools.

Key features:

• Complete digital control of the test
• Execution of individual or batch tests
• Visualization and analysis of force-time and absorbed energy curves
• Configuration and calibration by user access levels
• Automatic PDF or Excel report generation
• Database management and historical test record storage

🧰 Standard Accessories

• Interchangeable impactors and anvils according to ASTM and ISO standards
• Optical velocity measurement system
• ImpactStar software with touchscreen graphical interface
• Safety protection cage system
• Adjustable specimen holders for different test geometries
• High-precision calibrated load cells and instrumentation

⚗️ Applications

• Single-axis or multi-axis impact testing on metallic, plastic, and composite materials
• Evaluation of absorbed energy, deformation, and impact resistance
• Testing of automotive, aerospace, and industrial components
• Research and development of new structural materials

   (Agrandar)

 ¿que es un pendulo de impacto caída libre?  Las Torres de Caída de Peso son sistemas diseñados para realizar pruebas de impacto monoaxiales y multiaxiales en productos o especímenes normalizados. Permiten ajustar energías de impacto entre 5 y 2000 julios (J), lo que posibilita ensayar una amplia variedad de materiales y componentes. Gracias a su estructura modular y amplia zona de ensayo, pueden adaptarse a diversas necesidades industriales y actualizarse fácilmente.

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Erichsen Ductility Testing Machines

Ductility and Anisotropy Tester for Metal Sheets and Strips

Erichsen cupping Tester

⭐ What is the GBS-60B and what is it used for?

The GBS-60B is a specialized instrument designed for ductility and anisotropy testing of metal sheets and strips, especially non-ferrous materials.

It is designed to evaluate how a material behaves when subjected to plastic deformation, allowing users to determine its ability to stretch, bend, and withstand stress without failure.

It is widely used in:

• Metallurgical laboratories
• Automotive industry
• Sheet metal manufacturing
• Quality control of rolling and forming processes

🔧 What tests does the GBS-60B perform?

 The equipment is designed for two main types of testing:

1. Basic Ductility Test (Ball or Punch Penetration)

Esta prueba determina la capacidad del material para deformarse antes de romperse.

🔹 Procedure:

The system uses a steel ball or steel punch of a specified dimension to compress the specimen, which is clamped with a force of 10 kN.

The force is applied until the specimen is penetrated.

The penetration depth of the steel punch into the specimen represents the ductility value of the tested sample, and this value is used to estimate the material’s plastic deformation capability.

🔹 What does this test determine?

• Resistance to plastic deformation
• Material behavior under impact or pressure loads
• Ease of material processing (stamping, bending, rolling)

2. Ductility and Anisotropy Test for Non-Ferrous Materials

This test evaluates how the material deforms in different directions.

🔹 Procedure:

The ductility test is a method that uses a punch column of a specified size to impact a round plate with a defined external diameter, positioned between a clamping die and a ductility testing die.

The round plate stretches along the radial direction and bends under the pressure of the punch, forming a cup shape. During this process, two symmetrical protrusions known as “ears” are formed along the edge of the cup. The anisotropy of the material is evaluated by measuring the ear height ratio.

🔹 What does this test determine?

• Material anisotropy (differences in properties depending on rolling direction)
• Sheet uniformity
• Material capability for deep drawing without failure
• Ear height measurement allows identification of the directional behavior of mechanical properties, essential for deep drawing processes

⭐ Why is the GBS-60B important?

✔ Detects rolling and heat-treatment defects
✔ Helps select materials with improved stamping capability
✔ Ensures quality in metal forming processes
✔ Essential for predicting failures caused by low ductility

  

      (Agrandar)

Return to Special Instruments← 

 

Machines for Testing Forgings

 

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Forging testing machines are designed to evaluate the mechanical strength, toughness, durability, and structural integrity of forged metal components through a variety of tests, including impact, tensile, compression, bending, torsion, and fatigue testing. These tests ensure that components meet the quality and safety standards required by the automotive, aerospace, metallurgical, energy, and manufacturing industries. Physical Test Solutions (PTS) offers a comprehensive range of specialized equipment for forging tests and mechanical analysis, developed to provide accurate, repeatable, and reliable results in quality control laboratories, research facilities, and production environments.   We Offer the Following:

. Vertical Balancing Machines   PTS provides an extensive selection of vertical balancing machines suitable for applications involving electric motors, industrial fans, textile machinery, aerospace components, and marine systems. These machines accurately detect and correct imbalance conditions, improving the performance, service life, and operational safety of rotating components...         .

. Bending Testing Machines   Designed to perform bending tests on reinforcing bars, steel bars, pipes, and other metallic materials, these machines can conduct bend tests in both directions according to international standards and specifications. They are ideal for evaluating material ductility and resistance to deformation...       .

. MMW-1A – Computerized Universal Friction and Wear Testing Machine   The MMW-1A model simulates rolling, sliding, and combined rolling-sliding motions under controlled loading conditions. This system evaluates the tribological behavior of materials, lubricants, and coatings through friction, wear, and surface resistance testing, providing critical data for demanding industrial applications...

. PQ-6 – Rotary Bending Fatigue Testing Machine   The PQ-6 is designed to determine the fatigue strength of metals and other materials subjected to cyclic rotary bending loads. The machine evaluates fatigue limits and material service life under repeated stress conditions, making it an essential tool for research and quality control applications...        .

YQ Series – Forging Testing Machines   The YQ Series is specifically designed to perform forgeability and deformation tests on metallic materials under hot or cold forming conditions. These machines evaluate a material’s ability to withstand forging and forming processes, providing valuable information for process optimization and quality assurance of forged components...

Return to Special Instruments←  Machines for Testing Forgings (PTS)←

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Vertical Balancing Machines

With a wide range of applications including electric motors, fans, textile machinery, aerospace components, and marine equipment, these machines provide practical and reliable balancing solutions for a variety of industries.          

⭐ What Are They and What Are They Used For?

PTS (Physical Test Solutions) Vertical Balancing Machines are designed to measure and correct imbalance in rotating components, ensuring stable, efficient, and safe operation. These systems are widely used in industries such as electric motors, fans, aerospace, automotive, textile manufacturing, marine applications, general manufacturing, and many others.

These machines enable precision balancing of components that must be mounted and balanced in a vertical position.

🔧 What Do These Machines Do?

A vertical balancing machine allows users to:

✔ Detect Static and Dynamic Imbalance

Analyzes vibration and mass distribution variations that can cause oscillation, instability, or reduced performance in rotating parts.

✔ Correct Imbalance

Identifies the exact location where material should be added or removed to achieve proper balance.

✔ Extend the Service Life of Rotating Components

Reduces wear, vibration, noise, and the risk of premature component failure.

✔ Ensure Safe Operation

Poorly balanced rotors can lead to equipment damage, motor failures, increased maintenance costs, and operational safety risks.

📌 Key Features

PTS Vertical Balancing Machines offer:

♦ Wide Range of Applications

Ideal for balancing:

• Small and medium-sized electric motors
• Fans and turbines
• Rotors
• Rings
• Rotary tools
• Precision-engineered components

♦  Robust Design and High Stability

Heavy-duty construction minimizes external vibrations and ensures consistent, repeatable measurement results.

♦  High-Sensitivity Sensors

Advanced sensing technology detects even the smallest imbalance variations with exceptional accuracy.

♦  User-Friendly Operation

Intuitive controls simplify setup, measurement, and evaluation processes, increasing productivity and ease of use.

♦  Computerized Options

Selected models feature integrated software for automated analysis, data management, and report generation.

⚙️ Benefits for Industry

• Reduces machine vibration levels
• Minimizes bearing wear and maintenance requirements
• Improves energy efficiency
• Enhances operational safety and equipment reliability
• Supports compliance with industrial balancing standards
• Increases the lifespan of rotating machinery and components

  

   (Agrandar)