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Customized Full Range of Ultrasonic Cutting Knife Products

Efficiently cuts a wide range of materials, making it easy to achieve high-quality cutting results.
Customized Home Series

Customized Home Series

Designed for cutting easily deformable or sticky materials without compression or deformation. Features a light-weight blade, one-handed operation, low noise, and built-in safety protection.

Customized Home Ultrasonic Cutter

Make cutting easier and details cleaner.

Using high-frequency ultrasonic vibration cutting technology, it delivers smoother, more effortless cutting for a wide range of household and DIY materials, including plastic, leather, foam, thin wood boards, resin, and packaging materials. Compared with traditional knives, it provides more stable cutting and cleaner edges, making it ideal for model making, DIY crafts, home repairs, and creative projects.

Whether for everyday household trimming, model and figure edge finishing, leathercraft, foam cutting, or 3D print post-processing, this home ultrasonic cutting knife offers a more efficient and precise cutting experience.

Stylish DIY Cutting Knife

Stylish DIY Cutting Knife

  • Personalized Features: Function buttons, anti-slip textured grip, custom logo, 5 standard blade options
  • Ultrasonic Power: 30W
  • Ultrasonic Frequency: 40 kHz (40,000 vibrations per second)
  • Rated Voltage: DC 5V / 12V / 15V
  • Power Levels: 3 levels (Low / Medium / High)
  • Power Supply: Type-C interface
  • Safety Certifications: CE/FCC certified, with child lock
  • Multi-Scenario Adaptability: The 180 mm length is suitable for desktop operation, and with replaceable blades, it can handle cutting various materials such as cardboard, fabric, and thin wood sheets.
Lightweight DIY Cutting Knife

Lightweight DIY Cutting Knife

  • Personalized Features: Function buttons, anti-slip textured grip, 5 standard blade options
  • Ultrasonic Power: 30W
  • Ultrasonic Frequency: 40 kHz (40,000 vibrations per second)
  • Rated Voltage: DC 5V / 12V / 15V
  • Power Levels: 3 levels (Low / Medium / High)
  • Power Supply: Type-C interface
  • Safety Certifications: CE/FCC certified, with child lock
  • Multi-Scenario Adaptability: Equipped with replaceable blades to meet the cutting needs of various materials such as cardboard, fabric, and thin wood sheets.
Tech-Style DIY Cutting Knife

Tech-Style DIY Cutting Knife

  • Personalized Features: Transparent viewing window, function buttons, anti-slip textured grip, 5 standard blade options, supports power bank supply
  • Ultrasonic Power: 30W
  • Ultrasonic Frequency: 40 kHz (40,000 vibrations per second)
  • Rated Voltage: DC 5V / 12V / 15V
  • Power Levels: 3 levels (Low / Medium / High)
  • Power Supply: Type-C interface
  • Safety Certifications: CE/FCC certified, with child lock
  • Multi-Scenario Adaptability: Equipped with replaceable blades to meet the cutting needs of various materials such as cardboard, fabric, and thin wood sheets.

OEM/ODM Services

Custom development of complete cutting solution support.

We not only provide standard ultrasonic cutting knife products, but also offer customized services based on customers' actual application scenarios. From product design to mass production, we provide one-stop solutions to ensure that each product perfectly matches your specific needs.

Service Scope:

Custom blade shapes, frequency and power configurations, sample testing and process validation, as well as technical support and after-sales service.

Product Specifications Table
Standards
Standards

Standards

We follow a high industry standard by controlling the static frequency range of the ultrasonic cutting knife transducer/vibrator within ±0.4 kHz, ensuring batch stability and matching consistency.

Technology
Technology

Technology

Ongoing product line development supports upgrades and iteration, meeting product lifecycle needs.

Validation
Validation

Validation

Since August 2024, monthly shipments have reached approximately 50,000 to 60,000 units, providing strong market validation.

Customization Process

Product Customization

Finished products
components
appearance/structure
power/frequency
logo/packaging
full-dimensional customization.

Rapid Prototyping

Rapid Prototyping

Standard customization samples in 7–15 days; sample fees can be deducted from the order payment; mass production scheduled according to order demand.

Technical Support

Technical Support

From solution design and prototype debugging to mass production implementation and product iteration, with one-on-one engineer support throughout the process.

Quality Assurance

Quality Assurance

Monthly production capacity of 2 million units; 100% inspection of core components; 100% batch consistency.

Core Advantages

01
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Smooth Cuts, Less Blade Sticking
 
High-frequency vibration-assisted cutting reduces burrs and tearing, improving finished-product consistency. It enables smoother cutting of sticky and soft materials while reducing cleaning downtime.
03
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Compatible with a Wide Range of Materials
 
Suitable for a wide range of applications, including, nonwoven fabrics, rubber, films, and composite materials.
02
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Lower Cutting Resistance, Less Deformation
 
High-frequency micro-vibration reduces cutting resistance, minimizing pulling and compression on the material and lowering the risk of deformation.
04
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Improved Precision, Higher Productivity
 
Cutting precision reaches 0.01 mm for smoother cutting, making it ideal for continuous operation and mass production. It can also be integrated with supporting equipment for higher efficiency.

Product Specifications & Quote

01
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Smooth Cuts, Less Blade Sticking
 
High-frequency vibration-assisted cutting reduces burrs and tearing, improving finished-product consistency. It enables smoother cutting of sticky and soft materials while reducing cleaning downtime.
02
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Lower Cutting Resistance, Less Deformation
 
High-frequency micro-vibration reduces cutting resistance, minimizing pulling and compression on the material and lowering the risk of deformation.
03
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Compatible with a Wide Range of Materials
 
Suitable for a wide range of applications, including , nonwoven fabrics, rubber, films, and composite materials.
04
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Improved Precision, Higher Productivity
 
Cutting precision reaches 0.01 mm for smoother cutting, making it ideal for continuous operation and mass production. It can also be integrated with supporting equipment for higher efficiency.

Wide Range of Applications

We can provide more suitable blade types and parameter solutions based on different material characteristics and application scenarios.

Mainly designed for individual consumers, home users, and 3D printing DIY enthusiasts. Suitable for cutting , 3D-printed products, wood, cardboard, and more in residential settings.

Automotive Interior Trimming

Home Applications

Suitable for edge finishing, detail trimming, and fine cutting of automotive interior parts, helping improve precision, consistency, and overall finish quality.

3D Printed Model Finishing

Commercial Applications

Suitable for support removal, deburring, and detail finishing of 3D printed parts, making post-processing easier while improving model appearance and refinement.

Plastic, Acrylic, ABS & Rubber Cutting

Plastic, Acrylic, ABS & Rubber Cutting

Suitable for precise cutting and local trimming of plastic, acrylic, ABS, rubber, and similar materials, delivering cleaner cuts and more stable operation across applications.

Fabric, Leather & Soft Materials

Fabric, Leather & Soft Materials

Suitable for cutting, shaping, and edge finishing of fabric, leather, and other soft materials, offering flexible control and better detail handling.

Electronic Components Trimming

Electronic Components Trimming

Suitable for edge trimming, excess material removal, and delicate detail work on electronic components, helping improve accuracy and workflow efficiency.

Handcrafts, DIY Projects & Workshops

Handcrafts, DIY Projects & Workshops

Suitable for handicrafts, model making, DIY creation, and workshop use, supporting a wide range of precise cutting and creative applications.

Customer Reviews

Customer

This ultrasonic cutter is excellent for cutting plastics, especially thick polypropylene, and also performs very well on 3D-printed materials. It is quiet, precise, and easy to use, with solid build quality and a user-friendly design. The safety cap and front lock button make it especially convenient for extended use.

Customer

This tool has completely changed the way I cut delicate materials such as EVA foam, 3D-printed plastics, and even hard-to-open welded plastic blister packaging. I mainly use it for trimming 3D-printed parts and thin plastics, and it performs exactly as expected. In short, this cutter is precise and efficient.

Customer

I mainly do woodworking, making miniatures and small objects. This tool easily cuts fine curves in wood and is much less effort than using a manual craft knife. It has a built-in battery, so there is no need for an external power cord like other ultrasonic cutters, which avoids the inconvenience of cables getting in the way. I am very satisfied with this purchase.

About GT Ultrasonic

Guangdong GT Ultrasonic Co., Ltd. (abbreviated as GT Ultrasonic, stock code: 832018) is the core enterprise of GT Group, specializing in the research, development, production, and sales of ultrasonic technology and application products. The company has received a number of qualifications and honors, including National High-Tech Enterprise, Specialized and Sophisticated SME, Provincial Enterprise Technology Center, and Ultrasonic Environmental Protection Engineering Technology Research and Development Center.

To date, the company has been granted more than 600 national patents, including over 60 invention patents. It has developed three major product lines—ultrasonic cutting, ultrasonic cleaning, and ultrasonic modules—covering more than 200 product specifications.

GT Ultrasonic Building

FAQs

Q1: What materials are ultrasonic cutting knives suitable for?

A: They are suitable for, rubber, nonwoven fabrics, films, foam, laminates, and certain composite materials, especially soft, sticky, or high-cut-quality materials.

Q2: How thick can the material be cut?

A: Cutting thickness depends on the material properties, blade type, frequency, power, and cutting method. It is recommended to confirm the specific solution through sample testing.

Q3: What is the difference compared with ordinary cutting tools?

A: Ordinary tools mainly rely on mechanical pressure to cut materials, while ultrasonic cutting knives use high-frequency vibration-assisted cutting, which helps reduce blade sticking, burrs, pulling, and material deformation for a smoother cutting process.

Q4: Do you support customization?

A: Yes. Non-standard design and configuration adjustments can be made according to material, thickness, dimensions, equipment structure, and production line requirements.

Q5: Can it be used with automation equipment?

A: Yes. The product can be adapted to the customer’s equipment structure and supports integration with automated production lines, robotic arms, and non-standard equipment.

Q6: Can samples be tested first?

A: Yes. You are welcome to provide material samples or cutting requirements, and we can assist with testing, evaluation, and recommending a more suitable solution.

Q7: Can the blade be replaced?

A: Different blade types can be configured according to product structure and application needs. The specific replacement method and available blade options can be confirmed based on the solution.
Focused on ultrasonic cutting solutions, delivering more efficient and reliable cutting support for multiple industries.

Tell us your cutting material, thickness, dimensions, and application scenario, and we will recommend the right product configuration and technical solution for you.

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