Hasegawa TT120 plastic side cutters (precision)

Side Cutters for Plastic (Precision) Hasegawa TT120

The Hasegawa TT120 side cutters for plastic are a precision modeling tool designed for the most demanding modeling enthusiasts. Thanks to their construction and the materials used, these cutters are the ideal choice for those who need a tool for precise cutting of plastic parts in models.

Key product features:

• Sharp, tapering blade: The Hasegawa TT120 cutters feature a blade with a 50° angle that tapers to a sharp point. This allows for precise cutting in tight spaces, which is particularly useful when working with models that have complex structures.

• Minimization of wrist movements: The specially designed blade allows for the reduction of unnecessary wrist and guide movements, significantly facilitating the cutting process. This makes working with the model less tiring and more efficient.

• Flat blade tip: The blade design minimizes cutting residue, allowing for clean and aesthetic edges. This is especially important when working with models where precision and aesthetics are crucial.

• Ideal for cutting bases: These cutters are extremely convenient for cutting bases, which is often problematic when working with models. With this tool, unwanted elements can be quickly and effectively separated, speeding up the model assembly process.

• Application in 3D models: The Hasegawa TT120 cutters are also perfect for separating small supports on 3D printed parts. This makes this tool versatile and usable in various fields of modeling.

Technical specifications:

• Dimensions: 19.1 x 7.6 x 1.4 cm
• Weight: 71 g

The Hasegawa TT120 cutters have been developed based on professional industrial tools, ensuring their high quality and durability. This makes them an excellent choice for both professionals and amateurs who value precision and comfort in their work.

Application:

These cutters are indispensable in modeling, especially when working with plastic models where precise cutting is key. They can be used for cutting gates, bases, and small supports in 3D printed models. Their ergonomic design makes them comfortable to use, and the minimization of wrist movements allows for longer work without fatigue.