Why trust Fulistech's Tensile Tester (UTM)?
- Powered by a servo motor drive and a dedicated servo control system, allowing for precise, real-time regulation of speed and torque.
- Supports a wide speed range, enabling the selection of optimal loading speeds for materials ranging from soft metals and plastics to hard metals.
- Equipped with three types of safety mechanisms: emergency stop upon overload, upper and lower travel limits, and automatic stop at the break point.
- Test speed range: Features a wide testing speed range of 0.01–500 mm/min with stepless speed regulation capabilities.
Your Trusted High-Quality Tensile Testing Machine (UTM) Manufacturer
Guangdong FLS is a trusted Chinese manufacturer of Universal Testing Machines (UTMs), dedicated to providing high-performance material testing solutions. Leveraging expertise in mechanical design, precision manufacturing, measurement and control systems, FLS develops reliable testing equipment for accurate material performance evaluation, the company delivers stable, reliable systems designed to evaluate the mechanical properties of plastics, rubber, metals, textiles, packaging materials, and composites. FLS offers customized solutions, OEM/ODM services, and professional technical support to help you enhance product quality and testing efficiency on a global scale.
Fulistech Tensile tester Series
Designed for high precision, ease of use, and reliable performance, this equipment is tailored for laboratory material testing and quality control applications, suitable for materials such as plastics, films, rubber, and textiles.
Specially designed for precision tensile, compression, and strength testing, it is suitable for tensile testing, material property evaluation, and quality control testing in research centers, universities, manufacturing plants, and similar facilities.
Features of our Tensile tester（UTM）
Equipped with advanced safety protection features to ensure secure and reliable operation.
Provides clean operation with zero pollutants, supporting environmentally friendly and sustainable performance.
Continuous, stepless speed regulation throughout the process.
No ribbon replacement required. Features a miniature printer interface to print test data and dates; includes an internal perpetual calendar, eliminating the need for repeated settings
Fulistech Tensile tester High-Precision Force Measurement System
Designed with a high-accuracy load measurement system, the Fulistech Tensile Tester captures real-time force changes and provides reliable testing data.
It helps you improve material evaluation accuracy, reduce testing errors, and make confident quality decisions.
Fulistech Tensile tester Intelligent Testing Control Software
Equipped with intelligent control software, Fulistech Tensile tester supports automatic test operation, real-time curve display, and detailed test report generation.
Fulistech Tensile tester helps you simplify testing workflows, save operation time, and easily track product performance results.
Fulistech Tensile tester Multi-Function Testing Capability
Designed for tensile, compression, bending, and other mechanical tests with flexible fixtures for different materials and applications.
Fulistech Tensile tester helps you expand testing capabilities, reduce equipment investment, and meet various project requirements with one solution.
Fulistech Tensile tester Stable Structure & Safety Protection Design
Fulistech Tensile tester a rigid mechanical structure and safety protection features to ensure stable operation during demanding tests.Fulistech Tensile tester helps you maintain consistent testing performance, protect your equipment, and avoid unexpected downtime.
Strict Quality Management Ensures Reliable Testing Solutions
At FLS, strict quality management is integrated throughout every stage of manufacturing high-precision tensile testing machines and Universal Testing Machines (UTM), from supplier qualification, incoming material inspection, precision machining, and component verification to assembly control, calibration validation, and final performance testing.
FLS continuously improves its quality control system for material testing equipment through process optimization, reliability testing, and engineering innovation, helping you reduce testing risks, maintain consistent laboratory performance, and achieve reliable testing accuracy and repeatable test results for every application.
Application of Fulistech Tensile tester
Testing plastic films, sheets, pipes, molded products, and polymer materials for tensile strength, elongation, and mechanical properties.
Evaluating rubber products such as seals, hoses, sheets, and components for tensile strength, flexibility, and durability.
Measuring the strength, hardness, and mechanical performance of metal materials, wires, fasteners, and hardware products.
Testing fabrics, yarns, fibers, and nonwoven materials to ensure strength, stretchability, and quality performance.
Testing films, bags, cartons, tapes, and packaging materials for strength, sealing performance, and durability.
Supporting quality testing of automotive parts, interior materials, rubber components, and new energy vehicle materials.
Testing wires, cables, connectors, insulation materials, and electronic components for reliability and safety.
Providing accurate material testing solutions for universities, research institutes, laboratories, and industrial quality inspection.
- 2000N Single-Column Tensile Testing Machine with Touchscreen Contro
- 5000N Single-Column Tensile Testing Machine with Touchscreen Control
- 50N Compact Electronic Universal Testing Machine
- 100N Compact Electronic Universal Testing Machine
- 200N Compact Electronic Universal Testing Machine
- 1000N Compact Electronic Universal Testing Machine
- Maximum force:2000 N
- Accuracy class: Class 0.5
- Test force measurement range:2%–100% F.S.
- Speed range:01–500 mm/min (special test speeds can be customized upon request)
- Effective tensile travel: 750 mm (excluding grips)
- Safety protection: Electronic limit protection function
- Loading mechanism: Servo motor drive
- Machine power:450 W
- Power supply: 220 V、50 Hz
- Operating environment: Room temperature to 40°C; humidity 20%–80%
- Machine dimensions: 400 x 520 x 1220 mm (W x D x H)
- Machine weight: 95 kg
Basic System Configuration
| Item Name | Quantity |
| Load Cell | 1 unit |
| Precision Ball Screw | 1 set |
| Smooth Rod | 1 set |
| Servo Motor | 1 set |
| Servo Drive | 1 set |
| Mini-printer | 1 piece |
| Mainboard | 1 piece |
| Touchscreen Control & Digital Display Unit | 1 set |
| Power Cord | 1 piece |
| 50mm Large-Corrugation Tensile Grip | 1 set |
- Maximum force:5000 N
- Accuracy class: Class 0.5
- Test force measurement range:2%–100% F.S.
- Speed range:01–500 mm/min (special test speeds can be customized upon request)
- Effective tensile travel: 750 mm (excluding grips)
- Safety protection: Electronic limit protection function
- Loading mechanism: Servo motor drive
- Machine power:450 W
- Power supply: 220 V、50 Hz
- Operating environment: Room temperature to 40°C; humidity 20%–80%
- Machine dimensions: 400 x 520 x 1220 mm (W x D x H)
- Machine weight: 95 kg
Basic System Configuration
| Item Name | Quantity |
| Load Cell | 1 unit |
| Precision Ball Screw | 1 set |
| Smooth Rod | 1 set |
| Servo Motor | 1 set |
| Servo Drive | 1 set |
| Mini-printer | 1 piece |
| Mainboard | 1 piece |
| Touchscreen Control & Digital Display Unit | 1 set |
| Power Cord | 1 piece |
| 50mm Large-Corrugation Tensile Grip | 1 set |
- High-precision force sensor:50N
- Accuracy: Better than 0.03%
- Capacity: Segmented capacity; continuous range without gear switching; stepless speed regulation.
- Drive system: Closed-loop stepper motor + ball screw + smooth linear bearings + synchronous belt drive.
- Control system range: 1 mm/min – 500 mm/min
- Display: Capacitive touchscreen LCD
- Test width:200 mm
- Travel distance: 460 mm
- Speed range: 1 mm/min – 500 mm/min
- Travel distance: 460 mm
- Test width: 200 mm
- Power supply: 220V, 50–60 Hz
- Power consumption: 110 W
- Machine dimensions: 300 × 400 × 815 mm
- Machine weight: 21.5 kg
- Safety devices: Overload emergency stop, upper/lower travel limiters, automatic stop at break point
- Printer: Permanent use; no ribbon replacement required.
- Micro-printer interface: Prints test data and date; features an internal perpetual calendar (no need to reset for each use).
Basic System Configuration
| Project Name | Quantity |
| Main unit (single-arm structure) | 1 unit |
| Stepper motor | 1 set |
| Reduction system (zero-backlash synchronous belt drive) | 1 set |
| 50N Load Sensor | 1 unit |
| Precision ball screw | 1 set |
| Touchscreen display instrument | 1 set |
| Power cord | 1 piece |
| Micro printer | 1 set |
| Comes standard with 50mm large-corrugation tensile grips for non-metallic materials (other grips available as options). | 1 set |
- High-precision force sensor:100N
- Accuracy: Better than 0.03%
- Capacity: Segmented capacity; continuous range without gear switching; stepless speed regulation.
- Drive system: Closed-loop stepper motor + ball screw + smooth linear bearings + synchronous belt drive.
- Control system range: 1 mm/min – 500 mm/min
- Display: Capacitive touchscreen LCD
- Test width:200 mm
- Travel distance: 460 mm
- Speed range: 1 mm/min – 500 mm/min
- Travel distance: 460 mm
- Test width: 200 mm
- Power supply: 220V, 50–60 Hz
- Power consumption: 110 W
- Machine dimensions: 300 × 400 × 815 mm
- Machine weight: 21.5 kg
- Safety devices: Overload emergency stop, upper/lower travel limiters, automatic stop at break point
- Printer: Permanent use; no ribbon replacement required.
- Micro-printer interface: Prints test data and date; features an internal perpetual calendar (no need to reset for each use).
Basic System Configuration
| Project Name | Quantity |
| Main unit (single-arm structure) | 1 unit |
| Stepper motor | 1 set |
| Reduction system (zero-backlash synchronous belt drive) | 1 set |
| 100N Load Sensor | 1 unit |
| Precision ball screw | 1 set |
| Touchscreen display instrument | 1 set |
| Power cord | 1 piece |
| Micro printer | 1 set |
| Comes standard with 50mm large-corrugation tensile grips for non-metallic materials (other grips available as options). | 1 set |
- High-precision force sensor:200N
- Accuracy: Better than 0.03%
- Capacity: Segmented capacity; continuous range without gear switching; stepless speed regulation.
- Drive system: Closed-loop stepper motor + ball screw + smooth linear bearings + synchronous belt drive.
- Control system range: 1 mm/min – 500 mm/min
- Display: Capacitive touchscreen LCD
- Test width:200 mm
- Travel distance: 460 mm
- Speed range: 1 mm/min – 500 mm/min
- Travel distance: 460 mm
- Test width: 200 mm
- Power supply: 220V, 50–60 Hz
- Power consumption: 110 W
- Machine dimensions: 300 × 400 × 815 mm
- Machine weight: 21.5 kg
- Safety devices: Overload emergency stop, upper/lower travel limiters, automatic stop at break point
- Printer: Permanent use; no ribbon replacement required.
- Micro-printer interface: Prints test data and date; features an internal perpetual calendar (no need to reset for each use).
- Basic System Configuration
Project Name Quantity Main unit (single-arm structure) 1 unit Stepper motor 1 set Reduction system (zero-backlash synchronous belt drive) 1 set 200N Load Sensor 1 unit Precision ball screw 1 set Touchscreen display instrument 1 set Power cord 1 piece Micro printer 1 set Comes standard with 50mm large-corrugation tensile grips for non-metallic materials (other grips available as options). 1 set
- High-precision force sensor:500N
- Accuracy: Better than 0.03%
- Capacity: Segmented capacity; continuous range without gear switching; stepless speed regulation.
- Drive system: Closed-loop stepper motor + ball screw + smooth linear bearings + synchronous belt drive.
- Control system range: 1 mm/min – 500 mm/min
- Display: Capacitive touchscreen LCD
- Test width:200 mm
- Travel distance: 460 mm
- Speed range: 1 mm/min – 500 mm/min
- Travel distance: 460 mm
- Test width: 200 mm
- Power supply: 220V, 50–60 Hz
- Power consumption: 110 W
- Machine dimensions: 300 × 400 × 815 mm
- Machine weight: 21.5 kg
- Safety devices: Overload emergency stop, upper/lower travel limiters, automatic stop at break point
- Printer: Permanent use; no ribbon replacement required.
- Micro-printer interface: Prints test data and date; features an internal perpetual calendar (no need to reset for each use).
Basic System Configuration
| Project Name | Quantity |
| Main unit (single-arm structure) | 1 unit |
| Stepper motor | 1 set |
| Reduction system (zero-backlash synchronous belt drive) | 1 set |
| 500N Load Sensor | 1 unit |
| Precision ball screw | 1 set |
| Touchscreen display instrument | 1 set |
| Power cord | 1 piece |
| Micro printer | 1 set |
| Comes standard with 50mm large-corrugation tensile grips for non-metallic materials (other grips available as options). | 1 set |
- High-precision force sensor:1000N
- Accuracy: Better than 0.03%
- Capacity: Segmented capacity; continuous range without gear switching; stepless speed regulation.
- Drive system: Closed-loop stepper motor + ball screw + smooth linear bearings + synchronous belt drive.
- Control system range: 1 mm/min – 500 mm/min
- Display: Capacitive touchscreen LCD
- Test width:200 mm
- Travel distance: 460 mm
- Speed range: 1 mm/min – 500 mm/min
- Travel distance: 460 mm
- Test width: 200 mm
- Power supply: 220V, 50–60 Hz
- Power consumption: 110 W
- Machine dimensions: 300 × 400 × 815 mm
- Machine weight: 21.5 kg
- Safety devices: Overload emergency stop, upper/lower travel limiters, automatic stop at break point
- Printer: Permanent use; no ribbon replacement required.
- Micro-printer interface: Prints test data and date; features an internal perpetual calendar (no need to reset for each use).
Basic System Configuration
| Project Name | Quantity |
| Main unit (single-arm structure) | 1 unit |
| Stepper motor | 1 set |
| Reduction system (zero-backlash synchronous belt drive) | 1 set |
| 1000N Load Sensor | 1 unit |
| Precision ball screw | 1 set |
| Touchscreen display instrument | 1 set |
| Power cord | 1 piece |
| Micro printer | 1 set |
| Comes standard with 50mm large-corrugation tensile grips for non-metallic materials (other grips available as options). | 1 set |
Quality Manager, Plastic Manufacturing Company
“FLS provided us with a high-quality Universal Testing Machine that delivers accurate and stable test results. The equipment is easy to operate, and their technical support team is very responsive.”
R&D Engineer, Automotive Components Manufacturer“We are impressed with the performance and reliability of FLS tensile testing machines.The customized solution perfectly meets our production testing requirements.”
Laboratory Director, Material Testing Center“FLS is a professional and trustworthy testing equipment supplier. The machine quality, delivery time, and after-sales service exceeded our expectations.”
Production Manager, Packaging Industry“The tensile tester from FLS has improved our quality control efficiency significantly. It provides precise testing data and excellent repeatability for our products.”
Purchasing Manager, Electronics Manufacturer“Working with FLS has been a great experience.Their professional advice, competitive pricing, and reliable equipment make them a valuable long-term partner.”
Yes. FLS provides OEM/ODM services and customized tensile testing solutions based on customers’ testing requirements, sample sizes, test standards, and application needs.
Single-column tensile testing machines are compact and suitable for lightweight materials and laboratory applications, while double-column models provide higher capacity and are suitable for stronger materials and industrial testing.
FLS tensile testing machines can be configured to meet international testing standards such as ASTM, ISO, DIN, GB, and other industry-specific requirements.
Yes. FLS provides professional after-sales support, including installation guidance, operation training, technical assistance, troubleshooting, and spare parts supply to ensure your tensile testing equipment operates reliably.
Yes. FLS provides OEM/ODM and customized testing solutions, including test force range, fixtures, software functions, and machine configurations based on your specific testing needs.
Yes. FLS provides OEM/ODM services and customized tensile testing solutions based on customers’ testing requirements, sample sizes, test standards, and application needs.
