FEATURED

PRODUCTS

Ultra Shot
Cryogenic Deflashing Machine Series

Our corporate vision is to provide all customers with the best quality cryogenic deflashing machine.
You can remove burrs from your rubber parts, Polyurethane, Silicone, Plastic, Die-casting and Metal Alloy Products to ensure a safe, smooth and visually appealing surface finish with advanced deburring solutions from STMC. We offer a variety of configuration options to suit different requirements and price range.

 

Efficiency:

Taking the processing of regular rubber O-rings as example, One set of Ultra Shot 60 series cryogenic deflashing machine can process up to 40kg per hour, the efficiency is nearly equivalent to 40 people working manually.

ABOUT

STMC

Showtop Techno-machine Nanjing Co., Ltd. is a Chinese national high-tech enterprise, for over 20 years STMC has been specializing in the R&D, manufacturing, sales & lifetime post-sales service, spare parts and consumable supplies of cryogenic deflashing machine and OEM service. Do well in rubber, silicone, peek, plastic material product deflashing & deburring.

STMC has its global headquarter in Nanjing, China, south region subsidiary in Dongguan, West region subsidiary in Chongqing ,oversea branches in Japan and Thailand, committed to serving clients around the world.

Our

Customers

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  • Washing Machine Rubber Drain Valve Trimming Case
  • A comprehensive list of non-destructive rubber edge repair methods
  • Multi-type silicone rubber one-stop deflashing
  • Cryogenic Deflashing of Injection Molded Bolt
  • Why choose the STMC cryogenic deflashing machine?

recent

NEWS

  • Washing Machine Rubber Drain Valve Trimming Case

    Today, the deflashing involves a rubber plug drain valve made of EPDM material. The product has relatively thick flash, mainly around the parting line. During product testing, the NS-120T model was chosen, which is suitable for deflashing most rubber products. The image below shows a comparison o...

  • A comprehensive list of non-destructive rubber edge repair methods

    Trimming is a common process in the production of rubber products. Trimming methods include manual trimming, grinding, cutting, cryogenic trimming, and flashless mold forming, among others. Manufacturers can choose the appropriate trimming method based on the quality requirements of the products ...

  • Multi-type silicone rubber one-stop deflashing

    The ten products used for cryogenic deflashing this time are all made of silicone rubber material, with different shapes. Therefore, they need to be tested in batches, as the thickness of the product burrs varies and the parameters set are also different. The before and after trimming comparison ...

  • Cryogenic Deflashing of Injection Molded Bolt

    Today we are trimming an injection molded part, which has a small volume. The image on the left shows a comparison with a one-yuan coin. The flash is located at the parting line, indicated by the red box in the image. Therefore, we are using a 60L machine for trimming and selecting 0.5mm diameter...

  • Why choose the STMC cryogenic deflashing machine?

    Showtop Techno-machine Nanjing Co., Ltd. was established in 1998. It is a technology-oriented company that integrates the production, research, and development of freezing edge trimming machines. Over the years, the company has created the exclusive NS series of cryogenic deflashing machines and ...

STMC obtained 6 software copyrights and 5 patent authorizations, including 2 invention authorizations, and acknowledged as national high-tech enterprise; national scientific and technology enterprise, national innovative enterprise, and Jiangsu scientific and technology private enterprise.

  • ISO9000 Quality System Management Certification
    ISO9000 Quality System Management Certification
  • patent number:ZL 2021 2 3303564.7
    patent number:ZL 2021 2 3303564.7
  • patent number:ZL 2021 2 3296160.X
    patent number:ZL 2021 2 3296160.X
  • National high-tech enterprise certificate
    National high-tech enterprise certificate
  • patent number:ZL 2023 2 0014887.4
    patent number:ZL 2023 2 0014887.4
  • patent number:ZL 2022 2 1600075.X
    patent number:ZL 2022 2 1600075.X
  • 2022-2025 Provincial Private Technology Enterprise Certificate
    2022-2025 Provincial Private Technology Enterprise Certificate
  • patent number:ZL 2021 2 3303858.X
    patent number:ZL 2021 2 3303858.X
  • patent number:ZL 2020 2 0063939.3
    patent number:ZL 2020 2 0063939.3
  • patent number:ZL 2020 2 0104971.1
    patent number:ZL 2020 2 0104971.1
  • patent number:ZL 2023 2 0018117.7
    patent number:ZL 2023 2 0018117.7
  • patent number:ZL 2015 2 0111113.9
    patent number:ZL 2015 2 0111113.9
  • patent number:ZL 2019 3 0726238.6
    patent number:ZL 2019 3 0726238.6
  • patent number:ZL 2021 1 1601026.8
    patent number:ZL 2021 1 1601026.8
  • patent number:ZL 2021 1 1600075.X
    patent number:ZL 2021 1 1600075.X
  • Registration number:2022 SR0005137
    Registration number:2022 SR0005137
  • Registration number:2022 SR004157
    Registration number:2022 SR004157
  • Registration number:2022 SR0004229
    Registration number:2022 SR0004229
  • Registration number:2022 SR0004230
    Registration number:2022 SR0004230
  • Registration number:2022 SR0005138
    Registration number:2022 SR0005138
  • Registration number:2022 SR0005139
    Registration number:2022 SR0005139