Leakage and Tensile Testing of Plastic and Aluminum Ointment Tubes

50000 USD ($)/Set

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Product Details:

Operating Voltage 220V AC, 50Hz
Number of Specimens 1 at a time
Mounting Type Benchtop
Response Time <1 sec
Max Height 400 mm
Frequency 50Hz
Test Range 0-500 N
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Leakage and Tensile Testing of Plastic and Aluminum Ointment Tubes Price And Quantity

Price Range 50000.00 - 100000.00 USD ($)/Set
Price 50000 USD ($)/Set
Minimum Order Quantity 1 Set

Leakage and Tensile Testing of Plastic and Aluminum Ointment Tubes Product Specifications

Application Plastic and Aluminum Ointment Tube Leakage and Tensile Testing
Display Type Digital LCD Display
Control Mode Microprocessor based
Port Size 6 mm pneumatic coupling
Temperature 10C - 40C
Accuracy 0.5% FS
Usage Laboratory/Industrial
Power Supply 220V AC, 50Hz
Test Stroke Max 300 mm
Specimen Size Standard ointment tube (Plastic/Aluminum)
Hardness Applicable to plastic and aluminum tubes
Resolution 0.01 N
Equipment Type Leakage and Tensile Tester
Automation Grade Semi-Automatic
Measuring Range 0 to 500 N
Machine Weight 45 kg
Gas Pressure 0.4-0.9 MPa
Capacity 1 sample/test
Test Range 0-500 N
Features Leakage detection, tensile measurement, data recording, overload protection
Interface Type RS232/USB
Humidity 40% - 80% RH
Test Speed 10-500 mm/min adjustable
Mounting Type Benchtop
Number of Specimens 1 at a time
Operating Voltage 220V AC, 50Hz
Test Width Up to 80 mm
Max Height 400 mm
Frequency 50Hz
Response Time <1 sec

Product Description

Product FeaturesNote1

Ten Test Modes to Meet Various Testing Demands

Ten independent test modes including tensile test, peel test, tearing test, heat seal test, tensile test at fixed elongation, puncture test of rubber closure and puncture retention force test, etc. at users choice
The instrument supports bidirectional testing modes, which can be used for puncture test of rubber closure and breaking force test of ampoule and test speed can be adjusted freely
Intelligent designs of over-travel protection, overload protect and automatic position reset guarantee safe test operation of the users

Excellent Testing Mechanism & Improved Test Accuracy

Force measuring system is supplied by top global supplier, ensures the testing accuracy of better than 0.5% of full scale and guarantees accurate test results and good repeatability. Multiple test ranges can be selected freely.
Servo control system powered by top global supplier and the patented high-precision ball screw multi-point positioning technology provide displacement accuracy of better than 0.5% of full scale and infinitely variable speed, facilitate the instrument with simplified and stable operation.
Global renowned brand pneumatic control system supports pneumatic specimen clamping, avoids the specimen slipping and guarantees the accuracy of test data

High-end, Secure and Easy-to-Use Embedded Computer-controlled System

The instrument is integrated with software requiring no external computer
The system supports displaying and comparison analysis of group of test data as well as unit conversions of test results.
Labthinks unique data security design by separating the test data from the computer, totally avoids the system software malfunctions caused by computer virus or faulty operations, conforms to the requirements for data traceability of China GMP (optional).
The instrument is equipped with USB ports and Internet ports for convenient data transmission.
Unique DataShieldTM system supports centralized management of test data and can be connected to other information management system.

Test StandardNote1

ISO 37, ASTM E4, ASTM D882, ASTM D1938, ASTM D3330, ASTM F88, ASTM F904, JIS P8113, GB 8808, GB/T 1040.1-2006, GB/T 1040.2-2006, GB/T 1040.3-2006, GB/T 1040.4-2006, GB/T 1040.5-2008, GB/T 4850-2002, GB/T 12914-2008, GB/T 17200, GB/T 16578.1-2008, GB/T 7122, GB/T 2790, GB/T 2791, GB/T 2792, GB/T 17590, QB/T 2358, QB/T 1130

Applications

C610M is equipped with more than 100 grips for tests of more than 1000 materials. Customization is available for special material tests. Examples of instrument applications:

Basic Applications
Shearing Test
Test of Tensile Strength and Elongation Rate
Test of Tensile Strength at Break
Tear Resistance Test
Heatseal Strength Test
90 Degree Peel Test
180 Degree Peel Test
Tensile Strength Test at Defined Elongation
Extended Applications (Additional Accessories Required)
Puncture Test of Hypodermic Needles in Artificial Skin	Puncture Test of Films
Puncture Test of Infusion Bags	Puncture/Pullout Test of Flexible Rubber Closures
Opening Resistance Test of Combined Covers	Tear Test of ZD - Type Caps
Opening Force Test of Oral Liquid Caps	Puncture/Pullout Test of Oral Liquid Caps
90 Degree Pullout Test of Infusion Bag Caps	Pullout Test of Infusion Bag Caps
23 Degree Pullout Test of Bottle Caps	Puncture/Pullout Test of Bottle Caps or Rubber Closures
90 Degree Peel Test of Adhesive Tapes	Tear Resistance Test of Adhesive Binding Books
90 Degree Peel Test of Water-soluble Plasters	Tear Resistance Test of Adhesives
Adhesive Strength Test (soft)	Adhesive Strength Test (hard)
Peel Test of Flexible Tube Caps	Removal Force of Pipes and Pipe Joints
Pullout Test of Cosmetic Brush Hair	Pullout Test of Tooth Brush Hair
Tensile Strength of Ropes at Break	Opening Force Test of Jelly Cups and Yogurt Cups
Peel Test of Cup Films	Pullout Test of Rubber Stoppers
45 Degree Peel Test of Bottle Membranes	Tensile Strength of Sealing Bags
Peel Test of Magnetic Cores	90 Degree Peel Test of Magnetic Cards
Tear Resistance of Heat Sealing Films	Separating Force of Protection Films
Peel Test of Release Paper	Tear Test Using Trouser Method
Unwrapping Force of Adhesive Tapes	Compressive Resistance of Plastic Bottles
20 Degree Peel Test	135 Degree Peel Test of Plugs
Peeling Grips of Floating Rollers	Eccentric Grips
Wide Sample Grips	Japanese Sample Grips
British Sample Grips	Tensile Strength of Contact Lenses at Break
Compression Resistance of Jelly Cups	Compression Resistance of Package
Compression Resistance of Sponge

Technical Specifications

Specifications	C610M Auto Tensile Tester
Load Cell Capacity	500 N (standard) 50 N, 100 N, 250 N, 1000 N (optional) 5N (Customization available)
Accuracy	0.5% of indicated value (2%FS 100%FS) 0.01%FS (0% 2%FS)
Resolution	0.001 N
Test Speed	0500 mm/min
Speed Accuracy	0.5% of indicated value
Number of Specimens	1
Specimen Width	30 mm (Standard Grip)
Specimen Width	50 mm (Optional Grip)
Clamping Way	Pneumatic Specimen Clamp
Gas Supply	Air (outside of supply scope)
Gas Supply Pressure	0.5 MPa 0.7 MPai1472.5psii101.5psii14
Stroke	950 mm (customization available for 1200mm)
Instrument Dimension	450 mm (L) x 450 mm (W) x 1410 mm (H)
Power Supply	220VAC10% 50Hz / 120VAC10% 60Hz
Net Weight	95 kg

Configurations

Standard Configurations: Instrument (with embedded software), LCD Monitor, Keyboard, Mouse, Pneumatic Sample Girps

Optional Parts: Standard Pressure Roller, Test Plate, Sample Cutter, Air Compressor

Note: 1. The gas supply port of this instrument is I4mm PU Tubing;
2. Customers need to prepare gas supply.

Note 1: The described test standard, applications and product features should be in line with Technical Specifications.
Note 2: The parameters in the table are measured by professional operators in Labthink laboratory under strictly controlled laboratory conditions.
Note 3: DataShieldTM provides safe and reliable data application support. Multiple Labthink instruments can share one single DataShieldTM system which can be configured as required.

Dual Leakage and Tensile Testing

The equipment excels at both leakage checks and tensile measurements on ointment tubes made from plastic, aluminum, or laminates. Its dual test modes allow users to assess the integrity and durability of their packaging with straightforward switching between functions. This capability ensures comprehensive quality control for critical pharmaceutical and cosmetic containers.

Advanced Gripping and Accurate Sensing

Pneumatic clamps provide a secure, slip-free hold for various tube sizes, ensuring consistent testing. Integrated conductivity sensors precisely detect leaks, and the system maintains an accuracy of 0.5% FS, with a quick response time of under one second. These features deliver reliable and reproducible results for product validation and compliance documentation.

User-Friendly Operation and Data Handling

Users benefit from a microprocessor-based controller with digital LCD display, making setup, test execution, and result viewing intuitive. Data export via USB or RS232 ports allows seamless transfer for record-keeping, analysis, and quality audits. The automatic/manual calibration options further streamline testing across research lab and manufacturing environments.

FAQ's of Leakage and Tensile Testing of Plastic and Aluminum Ointment Tubes:

Q: How does the leakage and tensile tester ensure accurate results for plastic and aluminum tubes?

A: The tester uses pneumatic clamps for secure sample holding and high-sensitivity conductivity sensors for leak detection. Its microprocessor-based control guarantees precision, offering an accuracy of 0.5% FS and a resolution of 0.01 N, ensuring repeatable and reliable readings across both leakage and tensile tests.

Q: What testing modes are available and how are they selected?

A: This equipment offers both leakage and tensile dual-testing modes, permitting users to switch between them according to the requirements of the sample under test. Test mode selection is managed through the digital LCD interface, simplifying transitions and workflow.

Q: When should I use this tester for product quality evaluation?

A: Use this tester during product development, quality control inspections, or before shipment of ointment tubes to ensure packaging strength and seal integrity. It is ideal whenever validation against standards such as ASTM D882 or ISO 37 is required.

Q: Where can this leakage and tensile tester be effectively deployed?

A: The tester is suitable for laboratories, industrial quality control centers, and manufacturing plants dealing with pharmaceutical, cosmetic, or other tubular packaging. Benchtop mounting and modest weight (45 kg) allow flexible installation in diverse working environments.

Q: What is the process for conducting a leakage and tensile test on ointment tubes?

A: First, mount the standard-size tube securely using pneumatic clamps. Select the desired test mode (leakage or tensile) from the digital LCD controller. Set test speed and other parameters, then initiate the test. Measurements are recorded and can be exported using USB or RS232 interfaces for reporting.

Q: How does this equipment enhance user safety during testing?

A: The tester includes multiple safety features: an emergency stop button, overload protection, and compliance with required ambient conditions (noise levels under 70 dB(A), proper gas pressure, and safe power usage). These aspects reduce risk and protect operators and samples during operation.

Q: What are the key benefits of using this leakage and tensile tester for ointment tubes?

A: Key benefits include automated and precise dual-mode testing, compatibility with a range of tube materials, rapid data export, and compliance with international standards. Its intuitive controls, secure sample handling, and robust safety measures ensure efficient, accurate, and reliable performance in demanding laboratory or industrial settings.

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