Phrozen Sonic Saber – Ultrasonic Cutter

Phrozen Sonic Saber is a post-processing cutter to easily remove supports from your 3D printed models.

• Ultrasonic cutting blade
• Clean your 3D prints
  
• Fast and excellent accuracy
  
  
  Phrozen Sonic Saber simplifies media removal with the power of ultrasonic cutting. With 40,000 blade vibrations per second, the ultrasonic cutter helps you easily trim and refine 3D prints with high-precision margins.
  
  
  • remove support effortlessly: Sonic Saber cuts media quickly and without leaving marks
  • refine models with high precision: With the precision of Sonic Saber, cutting joints, touching up mistakes and perfecting models is a breeze
  • cuts media with excellent precision - with ultrasonic vibration, Sonic Saber precisely cuts media even from narrow spaces unattainable with pliers
  • Applicable for cutting various materials: Sonic Saber can cut a wide range of materials, allowing you to create and realize any project through your creative practices
    
    
  Technical specification
  
  
  • Oscillation frequency: 40 kHz
  • Dimensions:
    Body: L129.1 x W125.3 x 70.5 mm
    Cutter: L133 x L30 mm
  • Weight: 300 g (handle 75 g)
    
  • Laptop Cable Length: 1050 mm
  • Power Requirements: DC 12V 3A
  • Additional blade: L18 x W4 x H0.38 mm
  • Blade Angle: acute angle of 30°
  
  
  Warning
  
  
  • Please DO NOT touch the product with wet hands.
  • Please wear cut resistant gloves when handling the product.
  • DO NOT expose the machine to liquids of any kind.
  • If the device is exposed to water, discontinue use immediately.
  • Please do not use this product to cut wax paper and/or other flammable items.
  • Do not point the ultrasonic blade at others.
  • Keep away from children.
  • Please do not use this product to cut metal or glass.
  • DO NOT touch the blade immediately before or after use as high temperatures can cause burns.
  • High voltage danger! Non-professional personnel should avoid disassembling the product by themselves to avoid injury due to accidental contact.