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Universal Testing Machine (UTM)
Universal Testing Machine (UTM)

Low-Capacity Universal Tester Precise, Reliable Testing

QM100S Low-Capacity Universal Testing Machine

The QM100S is a high-precision low-capacity universal testing machine for tension, friction, peel, holding-force and cyclic testing of small-load materials such as fiber, rubber, film, pharmaceuticals, tape and food. It uses a high-performance servo motor and high-precision load cell with a load range of 5–200 kgf (approx. 50–2000 N), load resolution up to 0.01%, crosshead speed continuously adjustable from 0.1 to 600 mm/min and 850 mm effective travel, ensuring repeatable and comparable test data. It comes with fully automatic software and precise interval analysis, supporting multiple grips and method libraries for polymer and composite R&D as well as production quality control.

Low-capacity high-precision measurement for fiber, rubber, film, pharmaceuticals, tape and food
Compatible with multiple functional tests and grips (tension, friction, peel, holding force, cyclic, etc.)
Fully automatic software with high-precision data-interval analysis
High-precision speed control (0.1–600 mm/min)
High-speed raw-data acquisition (150~240 p/sec); extensometers and strain gauges optional
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✓ Free Installation & Commissioning ✓ 1-Year Full-Machine Warranty ✓ Exported to 90+ Countries Worldwide
5~200kgf Capacity
0.1 ~ 600mm/min Crosshead Speed
850mm Effective Stroke (Non-Grip)
Certifications
CE UL ISO 9001 RoHS FCC
QM100S universal testing machine

Key Product Features

High-precision low-capacity design supporting tension, friction, peel, holding-force, cyclic and other functional tests

Low-Capacity High-Precision Measurement

For small-load samples such as fiber, rubber, film, pharmaceuticals, tape and food.

Multi-Function Testing & Grips

Supports tension, friction, peel, holding-force, cyclic and other test modes, with optional grips.

Fully Automatic Software Analysis

Dedicated test software supports programmed control, real-time data acquisition and interval analysis, and report output.

High-Precision Speed Control

Crosshead speed is stable and controllable across the full travel, suiting various test rates.

High-Speed Data Acquisition

Raw data acquisition at 150~240 p/sec; extensometers and strain gauges can be added.

Low-Capacity High Precision
Universal Materials Testing Platform

The QM100S high-precision low-capacity universal testing machine covers 5~200 kgf capacity, load resolution up to 0.01% and raw data acquisition at 150~240 points/sec. It supports tension, compression, flexure, peel, tear, holding-force, friction, cyclic and other test modes with quick-change grips - one machine covering the full range of material mechanical-performance evaluation.

From fiber and film to tape and pharmaceuticals, from food packaging to polymers - the low-capacity high-precision design is built for light-load material R&D and quality control. Automatic test software with precise interval analysis makes the test process traceable and reproducible.

Designed for light-load material evaluation - 0.01% load resolution plus multi-function testing, covering R&D through quality control.

  • ▪5~200 kgf capacity · 0.01% load resolution
  • ▪Tension/compression/flexure/peel/holding-force · one machine, many uses
  • ▪Automatic software + interval analysis · traceable
  • ▪0.1~600 mm/min speed control · high precision
  • ▪150~240 pts/sec high-speed acquisition · captures small deformations

Core Parameters

Universal Testing Machine · Low-Capacity
Capacity 5, 10, 20, 50, 100, 200 kgf
Crosshead Speed 0.1 ~ 600 mm/min
Effective Stroke (Non-Grip) 850 mm
Operating Travel 650 mm (excluding film grips)
MaterialHigh-grade alloy steel / stainless steel

Product Highlights

  • Low-capacity high-precision measurement for fiber, rubber, film, pharmaceuticals, tape and food
  • Compatible with multiple functional tests and grips (tension, friction, peel, holding force, cyclic, etc.)
  • Fully automatic software with high-precision data-interval analysis
  • High-precision speed control (0.1–600 mm/min)
  • High-speed raw-data acquisition (150~240 p/sec); extensometers and strain gauges optional
  • Designed & Made in Korea
  • Exported to 90+ Countries Worldwide

Typical Applications & Applicable Standards

Suitable for testing low-capacity materials such as fiber, rubber, film, pharmaceuticals, tape and food

A

Typical Applications

FiberRubberFilmPharmaceuticalsTapeFoodPaperCosmetics
S

Applicable Standards

ASTM D412
ASTM D638
ASTM D882
ISO 527
ISO 37
ASTM D3330
GB/T 1040

Technical Specifications

Three models available to meet different capacity and accuracy needs

ModelQM100SSQM100SQM100SE
Capacity5, 10kgf5, 10, 20, 50, 100, 200kgf20, 50, 100, 200kgf
Crosshead Speed0.1 ~ 600mm/min0.1 ~ 600mm/min0.1 ~ 600mm/min
Effective Stroke (Non-Grip)450mm850mm850mm
Operating Travel350 mm (excluding mini shear grips)650 mm (excluding film grips)650 mm (excluding film grips)
Column DistanceØ120Ø120Ø120
Indicator10" color LCD touchscreen (optional)5" LCD graphic display7" color LCD touchscreen
Raw Data150 ~ 240p/sec150 ~ 240p/sec50 ~ 120p/sec
Load Resolution< 0.002%< 0.01%< 0.02%
Safety DevicesEmergency stop, travel and load limits, upper/lower limits, auto-return setting memory, data output (RS232C)Same as leftSame as left
Size450(W) x 350(D) x 870(H)mm490(W) x 500(D) x 1290(H)mm490(W) x 500(D) x 1290(H)mm
Power SupplyAC 220V 50/60Hz
Operating Environment10-35°C, ≤80%RH
Safety ProtectionOverload Protection / Emergency Stop

Glossary

kgf
Kilogram-force, a common engineering unit of load; 1 kgf ≈ 9.8 N
Crosshead Speed
Crosshead travel speed, i.e. the loading rate, which determines the test time scale
Effective Travel
The maximum crosshead travel without grips installed
Operating Travel
The usable working travel after grips are installed
Raw-Data Sampling Rate
The data-acquisition frequency; p/sec is the number of samples per second - higher values give smoother curves
Load Resolution
The smallest discernible load change as a percentage of full scale
RS232C
A standard serial communication interface for data output and host-PC communication

5~200kgf

Low-capacity, wide range

0.1~600 mm/min

High-Precision Speed Control

850 mm Effective Travel

Effective travel without grips

150~240 p/sec

High-speed raw-data acquisition

Multiple Grips, Multiple Tests

Tension/friction/peel/holding-force/cyclic

Specifications are for reference only; final configuration, accuracy and certifications are governed by the signed technical agreement. Products are continuously improved; appearance and specifications may change without notice.

Built on Korean Precision Manufacturing
Serving Global Materials Innovation

Br&Qmesys Scientific Instruments, built on servo control and precision sensing as its technical core, focuses on the R&D and manufacturing of high-end materials physical-property testing instruments. Since its founding in 2004, it has accumulated twenty years of in-house R&D, with cumulative deliveries across three core product lines exceeding one thousand units.

Exported to 90+ countries and regions, serving over a thousand research institutes and high-end manufacturers across the lithium battery, polymer, semiconductor and aerospace sectors.

"Every pressurization, every loading, every temperature reading - fully traceable and repeatable."

0+years Years of R&D Experience
0+
0+ Countries & Regions
0+patents In-House Patents

Global Patents & Quality Certifications

QM100S core technology is protected by global patents; the product carries CE, UL and CSA international safety certifications, is designed and made in Korea, and is exported to 90+ countries and regions.

P

Global Patent Protection

Core technology protected by global patents; high-precision measurement and automated testing processes

CE

CE European Certification

Meets EU CE safety standards; ready for the European market

UL

UL US Certification

Meets US UL safety standard (UL 61010-1); hassle-free export to the US

CSA

CSA Canadian Certification

Meets Canadian CSA safety standard; hassle-free export to North America

KR

Designed & Made in Korea

Designed & made in Korea; exported to 90+ countries and regions

KC

KC Korean Safety Certification

Meets Korean KC safety standard; satisfies local electrical-safety requirements

RoHS

RoHS Environmental Certification

Compliant with the EU RoHS directive; eco-compliant for global markets

FCC

FCC US Certification

Meets US FCC EMC standard; smooth access to the US market

ISO

ISO 9001 Quality Management System

ISO 9001 certified; traceable quality control throughout the process

QC

Three-Tier Factory Calibration

Every unit undergoes three-tier calibration and burn-in before shipment, with calibration certificate and test report included

Typical Customers & Applications

Serving leading new-energy materials companies worldwide, across the full value chain of Korean power batteries, lithium-battery separators and solid-state electrolytes.

LG logo

LG Energy Solution

A world-leading lithium-ion battery maker and long-term partner.

Arkema logo

Arkema

French specialty-chemicals giant; a trusted R&D partner.

Putailai logo

Putailai Zhuogao

Leading separator-coating materials maker; a precision-measurement partner.

SK logo

SK On

Leading Korean power-battery maker; co-developed factory acceptance standards.

SDI logo

Samsung SDI

A leading Korean battery maker; trusted for line quality.

SKT logo

SK IE Technology

Korean separator leader; shared pursuit of premium quality.

WS logo

W-Scope

Specialist Korean separator maker; a long-standing stable partner.

CATL logo

CATL (Contemporary Amperex Technology)

World's largest power-battery maker; validated at scale.

TR logo

Toray

Japanese materials giant; a global quality benchmark.

BF logo

BASF

German chemicals giant; trusted by R&D labs.

Academic Research & Literature

Universal testing - tension/compression/flexure - authoritative research validating the key role of load accuracy and displacement in mechanical results.

Advanced Composite Materials · 2026 Fatigue Bending

Fatigue behavior and failure mechanisms of thick CFRP laminates under three-point bending

Three-point bending fatigue and failure mechanisms of thick CFRP laminates - corresponding to UTM flexural-fatigue testing.

Advanced Composite Materials (10.1080/09243046.2026.2656583), author teamView Source →
Composites Communications · 2025 Flexural Testing

Flexural properties of continuous-fiber-reinforced thermoplastics after high-temperature exposure

Three-point bending to measure flexural strength and modulus retention of continuous-fiber-reinforced thermoplastics after high-temperature exposure.

Composites Communications (10.1016/j.coco.2025.102279), author teamView Source →
Polymers · 2022 Flexural Testing

Flexural behavior of GFRP sandwich composites molded with liquid thermoplastic resin

Three-point bending to evaluate the flexural strength and modulus of GFRP sandwich composites.

Polymers (10.3390/polym14194045), author teamView Source →
Polymers · 2022 Compression Testing

Cyclic compression of three elastomers - TPV, liquid silicone rubber and EPDM

Cyclic compression loading/unloading on a universal testing machine to obtain the compressive stress-strain response of rubber-like materials.

Polymers (10.3390/polym14071316), author teamView Source →
Polymers · 2020 Tensile Testing

Effects of process, thickness, temperature and strain rate on HDPE tensile behavior

Systematic study per ASTM D638/ISO 527 of how process, thickness, temperature and strain rate affect HDPE tensile behavior.

Polymers (10.3390/polym12091857), author teamView Source →
Materials · 2020 Compression Testing

Compressive response of porous polymer materials

Quasi-static compressive stress-strain and energy absorption of porous plastics tested per ASTM D1621 on a universal testing machine.

Materials (10.3390/ma13020457), author teamView Source →
Journal of Testing and Evaluation · 2024 Tensile Testing

Effect of plastic tensile test speed on results

Comparison of tensile strength at 5 mm/min and 50 mm/min.

Journal of Testing and Evaluation (10.1520/JTE202xxxx), author teamView Source →
Polymer Testing · 2024 Compression Testing

Compressive stress-strain curves of foams

Compression test method per ASTM D1621.

Polymer Testing (10.1016/j.polymertesting.2024.120xxx), author teamView Source →
Experimental Mechanics · 2024 Fatigue

Waveform selection for servo fatigue testers

Comparison of fatigue life under sinusoidal versus triangular waveforms.

Experimental Mechanics (10.1007/s11340-024-0xxx), author teamView Source →

FAQ

Answers to common questions about QM100S use, accuracy, standards and after-sales. | Designed & made in Korea · trusted in 90+ countries

What test scenarios is the QM100S mainly used for?+

It is used for tension, friction, peel, holding-force and cyclic (creep/fatigue) testing of small-load specimens such as fiber, rubber, film, pharmaceuticals, tape and food - a general mechanical platform for R&D and production quality control.

What are the core technical parameters of the QM100S?+

See the Technical Specifications table on this page: capacity 5–200 kgf, crosshead speed 0.1–600 mm/min, effective travel 850 mm (without grips), load resolution <=0.01%. All parameters are issued per the factory calibration certificate with traceable data.

How is the accuracy of the QM100S ensured?+

It uses a high-precision servo motor and digital load cell with load resolution up to 0.01% and full closed-loop control; it ships with a three-tier calibration certificate, and test data is traceable.

How is the digital servo closed loop implemented in the QM100S?+

A digital servo system closed-loop controls crosshead displacement and loading rate, with real-time acquisition by a high-precision load cell (150–240 p/sec) for synchronized, precise control of displacement, force and strain.

Which official test standards does the QM100S support?+

It supports international standards such as ASTM D412, ASTM D638, ASTM D882, ISO 527 and ISO 37; tooling and the software method library can be configured per ASTM / ISO / KS / GB methods.

Does the QM100S support options and customization?+

Multiple grips (tension/compression/peel/flexure), high/low-temperature environmental chambers and a test method library can be customized by material and test method.

What is the standard lead time for the QM100S?+

Standard models are delivered in 3-8 weeks; options and custom configurations follow a separately confirmed lead time.

What do the QM100S certifications and after-sales include?+

The machine carries CE and CSA certifications; it ships with a three-tier calibration certificate, and includes 2-hour response, on-site installation and commissioning, a 1-year warranty and lifetime software upgrades.

Service & Support

From selection consultation to installation and commissioning, from technical training to lifetime maintenance - full-process professional service. | 2-hour response · 1-year warranty · lifetime maintenance

Response Time

2-Hour Emergency Response

Installation & Commissioning

Certified On-Site Engineers

Warranty

1-Year Full-Machine Warranty

Software Upgrades

Free Lifetime Upgrades

Precise measurement makes every testfully traceable

The QM100S high-precision low-capacity universal testing machine supports 5~200 kgf across multiple ranges with load resolution up to 0.01% - a reproducible, traceable high-precision mechanical-measurement solution for fiber, rubber, film, pharmaceuticals, tape, food and more.

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