[Performance Test Evaluation] Rubber Prototype Manufacturing Method 'TR Method' Without the Need for Molds
We will respond to your request to test and evaluate the performance of the prototype you created!
We provide various rubber performance tests necessary to evaluate the performance of rubber prototypes manufactured using the "TR method." The implementation of the "rubber load test" and "rubber tensile test" is offered free of charge. For items that cannot be evaluated in-house, we utilize the Saitama Industrial Technology Center to provide testing and evaluation at a lower cost than before. [Types of Tests] ■ Rubber Load Test ■ Rubber Tensile Test ■ Utilization of Saitama Industrial Technology Center *For more details, please feel free to contact us.
Inquire About This Product
basic information
**Types of Tests** **<Rubber Load Test>** Evaluation of the rubber load, which is important for the function of rubber switches, by testing the transition of load and stroke. Test results will be provided in a report along with graphed data. **<Rubber Tensile Test>** Rubber products are pulled from both sides using specialized testing equipment to determine how much load the rubber can withstand before breaking. The results will be provided in a report. **<Utilization of Saitama Industrial Technology Center>** As a public testing and research institution that provides various technical support, it is possible to use various testing equipment and request tests at very reasonable costs. *For more details, please feel free to contact us.*
Price range
Delivery Time
Applications/Examples of results
For more details, please feel free to contact us.
catalog（2）
Download All Catalogs
Company information
<Rubber Prototype Molding (TR Method)> Compared to existing prototype mold molding: ● Cost: 30% to 50% reduction ● Delivery Time: Average delivery time of 7 days after order ● Quality: Equivalent to conventional mold molding ● Material: Can be molded with the same materials as mass-produced items (ideal for various pre-production tests) Examples: O-rings, prototype molds from 30,000 Examples: Rubber switches, prototype molds from 50,000 Examples: Bellows, prototype molds from 50,000 Reasons why TPM excels in prototype molding: 1. All processes are handled in-house (from simple mold processing to molding) 2. Abundant track record (quick response from design to manufacturing due to rich experience) 3. Ample inventory (sufficient stock of mold materials and rubber materials to accommodate short delivery times) <Rubber Mass Production Molding (Mold Molding)> In addition to our in-house mass production system, we have a wide rubber network centered around Saitama Prefecture. For mass-produced items with large quantities, we collaborate with overseas partner manufacturers as needed, and our in-house technical staff provides molding guidance on-site. Reasons why TPM excels in mass production molding: We handle everything from material mixing to molding in-house. Additionally, we hold Rubber Communication (abbreviated as GC) meetings to strengthen our network with material manufacturers, trading companies, molding, processing, mold, printing, jigs, and other rubber-related businesses.
![[Test] Grease Anti-Corrosion Test EMCOR](https://image.mono.ipros.com/public/product/image/a64/2001214402/IPROS02830171120689653930.png?w=280&h=280)
