whatsapp button
QE-Series Single-Column Universal Testing Machines

QE-Series Single-Column Universal Testing Machines
Request A Quote
Parent Product
Universal Testing Machine - Universal Tensile Tester
Application
Tensile Testing
View PDF
QE-Series Single-Column Universal Testing Machines

The QE Series single column universal testing machine delivers closed-loop force, displacement, and deformation evaluation across load capacities between 0.1kN and 10kN. Equipped with an industry-standard German DOLI controller, the system carries out tension, compression, flexure, and peel testing on materials such as polymers, rubber, and medical assemblies. Qualitest offers this hardware to help plant technicians and inspection laboratories verify mechanical characteristics with consistent repeatability.

  • 0.1kN to 10kN test capacity
  • ±0.5% load measuring accuracy
  • 0.0005mm/min to 2000mm/min moving speed
  • 150% maximum overload capacity

Product Applications & Operating Environments

The universal testing machine serves indoor material testing laboratories and plant floor quality departments across automotive, aerospace, biomedical, plastics, electronics, and textile manufacturing. Because testing takes place within standard manufacturing spaces and research rooms, operators configure the equipment with interchangeable fixtures, clamping grips, compression platens, extensometers, or environmental chambers.

Typical physical evaluations include tension, compression, bend, shear, tear, and peel testing across various materials:

  • Elastomers and Polymers: Determining tensile strength, elongation, and tear resistance in rubber, plastics, sheets, and packaging foils.
  • Industrial Adhesives and Paper: Evaluating peel adhesion, bond integrity, and crush resistance in multilayered packaging.
  • Medical and Electronic Components: Checking pull forces, joint durability, and miniature component flexure on fragile assemblies.
  • Textiles and Foams: Measuring seam strength, tensile recovery, and cushion compression behavior.
  • Thin Wires and Sheet Metals: Verifying yield points and tensile load limits for small metallic and non-metallic test pieces.
QE-Series Single-Column Universal Testing MachineQE-Series Single-Column Universal Testing Machines

 

Key Features

  • German DOLI Controller: Supplied as standard hardware, this controller runs force, displacement, and deformation closed-loop sequences while routing test data through Ethernet or USB ports.
  • Rigid Mechanical Drive Structure: Assembled with preloaded ball screws, precision guidance columns, and a symmetrical drive arrangement, the load frame minimizes flex to preserve upright and side alignment during testing.
  • High-Accuracy Load Sensing: The load cell incorporates protection against side forces, maintaining ±0.5% reading accuracy between 0.04% and 100% of capacity and handling up to 150% overload without damage.
  • Broad Speed and Travel Options: The 10kN universal testing machine operates at traverse rates between 0.0005mm/min and 2000mm/min with 0.0001mm displacement resolution. Four build heights (XS, S, M, L) provide bare strokes from 435mm up to 1180mm.
  • Operational Safety Console: Dual over-travel limit switches located on the front panel prevent crosshead overshooting, protecting tooling and load sensors during setup routines.
QE-Series Single-Column Universal Testing Machine

QE-Series Single-Column Universal Testing Machines Technical Specifications 

ModelXSSML
Load Capacity0.1kN to 10kN upon request
Load Measuring Accuracy±0.5% @ (0.04% to 100% load capacity)
Overload Capacity150%
Test Stroke Without Accessories435mm650mm900mm1180mm
Approx. Stroke with Accessories120mm350mm450mm700mm
Depth100mm
Moving Speed0.0005mm/min to 2000mm/min
Stroke Resolution0.0001mm
Interface to PCEthernet / USB
Power SupplySingle Phase 220Vac, 50Hz/60Hz or Upon request (110V is also available)
CE ConformityYes, according to Machinery Directive 2006/42/EC
Weight65kg68kg70kg75kg

Note: Specifications subject to changes without notice 

Request
Quotation

Back to Main Page

Universal Testing Machine - Universal Tensile Tester

Related Articles

Displaying 1 - 6 of 6
Strain Rate Calculation: Formulas & ASTM Guide

Strain Rate Calculation: Formulas & ASTM Guide
Getting data that is satisfyingly accurate isn't just about pulling a sample until it fails; it is entirely about how you apply that tension. One of the most absolutely essential variables in mechanical testing is the strain rate. For the dedicated engineers out there, the strain rate calculation is the key to predicting correctly how materials act when subjected to real-world forces. In this guide, we break down the strain rate formula, examine
How to Choose Grips for Tensile Test: An Expert Guide

How to Choose Grips for Tensile Test: An Expert Guide
Is your high-end testing frame effectively just a heavy decoration? We see this scenario constantly. Companies allocate a significant budget for a massive, high-tech universal testing machine, yet treat the fixtures like a minor accessory picked up as an afterthought. Without the proper hardware clamping down, even the most premium setup will yield numbers that are utterly unreliable. For the engineers and quality leads trying to keep things
Single vs Dual Column Tensile Tester: The Complete Guide

Single vs Dual Column Tensile Tester: The Complete Guide
Achieving clean, trustworthy data is the ultimate goal for any quality lab. The reliability of your results, whether from a simple peel test on a medical package or a high-strength pull on an aerospace alloy, depends directly on your testing hardware. This often leads to a critical decision: should you invest in a single column vs dual column tester? As global suppliers, we have seen firsthand how the correct choice streamlines operations and
Stress Strain Curve: What It Is & Why You Need It

Stress Strain Curve: What It Is & Why You Need It
Understanding how materials react under load is the secret to building products that dominate the market. For lab professionals, the stress strain curve is more than a chart—it is the blueprint for innovation and safety. At Qualitest, we view this data as the heartbeat of quality control. But what is stress strain curve analysis actually signaling? Let’s examine the mechanics and why modern technology is essential for a reliable stress strain
Yield Strength vs Ultimate Tensile Strength Explained

Yield Strength vs Ultimate Tensile Strength Explained
Great products start with great materials. Ensuring your raw stock is up to the task depends on two critical metrics: ultimate tensile strength and yield strength. Getting these numbers right is the secret weapon of top-tier engineering teams. Grasping the ultimate tensile strength/ vs yield strength comparison isn't just about avoiding failure; it's about building confidence in every single part you produce. Here is the straightforward breakdown
The Right UTM: Electromechanical vs Hydraulic Guide

The Right UTM: Electromechanical vs Hydraulic Guide
How do you guarantee your materials will deliver on their promise of quality and performance? The answer lies in accurate material testing, and the central tool for the job is the universal testing machine. It comes in two main varieties: electromechanical and hydraulic. Making the right choice is critical for your success, so we’re here to clarify the key differences in the electromechanical vs hydraulic tensile testers discussion. The Bottom