Tarabish Chips Line

Precise System for Cutting Chips into Multiple Shapes and Adjustable Lengths – Fast Performance, Hygienic Design, and Smart Electronic Control!

The chip cutter is a key component in the chip production line, shaping and cutting the dough strands from the extruder to the desired shape and length.

The cutter can produce more than 10 different chip shapes, with complete flexibility in controlling the chip length using an electronic speed inverter, ensuring high precision in every cut.

The cutter is designed to be integrated with a food-grade plastic conveyor belt and a dedicated pull cylinder that draws the chip strands and guides them towards the knife in a smooth and organized manner.

⚙️ How it Works:

1️⃣ Pulling Dough Strands from the Extruder

✔️ The device features a pull cylinder that precisely draws the dough strands towards the knife.

2️⃣ Electronically Variable Length Cutting

✔️ Equipped with an electronically controlled knife, controlled by an inverter, to determine the desired length based on the desired shape.

3️⃣ Producing Multiple Shapes

✔️ Easily create over 10 different chip shapes by changing the blades.

4️⃣ Hygienic and Safe Industrial Design

✔️ Made entirely of food-grade 304 stainless steel.

✔️ The conveyor belt is made of food-grade, antibacterial plastic.

📏 Technical Specifications:

✅ Device Type: Chip Cutter - Steel Streak

✅ Number of Shapes: More than 10

✅ Control System: Inverter Speed ​​Converter

✅ Conveyor Belt: Integrated Food-Grade Plastic Conveyor Belt

✅ Material: Food-Grade Stainless Steel 304

✅ Voltage: 220/380VAC - 50Hz

✅ Power: 2.25 kW

✅ Dimensions:

✔️ Length: 150 cm

✔️ Width: 80 cm

✔️ Height: 120 cm

✅ Machine Number: 006

✅ Country of Origin: Turkey

💡 Why is this cutter the ideal choice for your chips production line?

✔️ Because it ensures precise control over chip length and cutting speed.

✔️ Because it supports more than 10 easily interchangeable shapes.

✔️ Because it features an integrated, hygienic, and food-safe conveyor belt.

✔️ Because it is designed to operate efficiently within an automated production line.

✔️ Because it is quick and easy to operate and adjust.

Innovative 3D Chip Forming – High Precision, Production Flexibility, and Advanced Electronic Control! The 3D cutter is used to cut and shape chip dough strands into various 3D shapes, offering the ability to produce more than 7 distinct shapes thanks to its precision knife system and electronically adjustable cutting speed. The machine is equipped with a strand pulling cylinder to ensure even feeding to the knives, in addition to spreading fingers that prevent the strands from sticking together during movement, guaranteeing the stability and smoothness of the final chip.

⚙️ How it Works:

1️⃣ Strand Pulling and Guiding: A powerful pulling cylinder draws the dough strands from the extruder and ensures even feeding.

2️⃣ Strand Spreading and Anti-Clumping: Equipped with internal spreading fingers that separate the strands and prevent clumping before cutting.

3️⃣ 3D Cutting: A rotating knife unit, whose speed is controlled by a speed inverter, produces chips in the desired shape and length.

4️⃣ Multi-Shape Production: The machine can produce more than 7 different shapes depending on the mold used.

📏 Technical Specifications:

✅ Machine Type: 3D Cutter

✅ Number of Shapes: More than 7

✅ Operating System: Inverter – Electronic Speed ​​Control

✅ Feeding System: Chip Strand Feeding Cylinder

✅ Spreading System: Internal Strand Spreading Fingers

✅ Material: Food-Grade Stainless Steel 304

✅ Voltage: 380/220VAC – 50Hz

✅ Power: 3.75 kW

✅ Dimensions:

✔️ Length: 120 cm

✔️ Width: 100 cm

✔️ Height: 120 cm

✅ Machine Number: 007

✅ Country of Origin: Turkey

💡 Why Choose a 3D Cutter for Your Production Line?

✔️ Because it produces attractive and varied 3D chip shapes.

✔️ Because it prevents the strands from sticking together, ensuring consistent shape quality.

✔️ Because it is equipped with electronic control systems for precise speed and accuracy.

✔️ Because it is designed to efficiently handle continuous industrial production.

✔️ Because it is easy to clean and has a long service life.