In the current automotive manufacturing industry, with the increasing demand for lightweight and precision machining, waterjet cutting technology is gradually becoming an important solution for automotive interior processing. Based on the ABB industrial robot platform, we have launched the ABB 4600 Robotic Waterjet Cutter system, which is widely used for high-precision cutting of various automotive interior parts.
1.. Application Customers and Industry Background
The ABB 4600 robotic waterjet cutting system is widely used in the global automotive industry, serving numerous internationally renowned OEMs, including BMW and Hyundai Motor Company. These companies have extremely high requirements for the processing precision, production efficiency, and product consistency of interior parts during automotive production.
Within the automotive supply chain, our solutions are also adopted by several leading global Tier 1 interior suppliers, including:
*Grupo Antolin
*Autoneum
*Pelzer
As the automotive industry moves towards electrification and lightweighting, interior materials are constantly being upgraded, placing higher demands on processing techniques. Waterjet cutting, as an advanced cold working technology, does not generate a heat-affected zone (HAZ) during processing, effectively avoiding material deformation or performance degradation, and has become one of the important processes for precision cutting of automotive interior parts.
2.. Interior Design Robot Project Overview
Our robotic waterjet cutting project is primarily applied to the following automotive interior components:
* Headliner
* Carpet
* Insulation
* Door Panels

The system utilizes a six-axis industrial robot paired with a high-pressure waterjet cutting system to achieve flexible machining of complex curved surfaces. Compared to traditional die-cutting, it offers the following advantages:
* No die costs
* Clean, burr-free cutting edges
* Flexible adaptation to multiple vehicle models
* Reduced human intervention and increased automation
Item | Parameter |
Robot Model | ABB IRB 4600 |
Repeatability | ±0.05 mm |
Maximum working range | 2.55 m |
Water Pressure | 3000 – 4000 bar |
Cutting medium | Pure water |
Control system | IRC5 controller |
Application type | Car interior cutting |
4. Waterjet Cutting High-Pressure Attachment System
The complete system not only includes the robot body but also integrates high-performance waterjet cutting high-pressure attachments to ensure cutting stability and efficiency, including:
* High-Pressure Pump System
* High-Pressure Tubing & Fittings
* Cutting Head
* Accumulator
* High-Pressure Coils
These key components together constitute a stable and reliable waterjet cutting solution suitable for continuous industrial production environments.
Furthermore, we can provide flexible customization services to meet the diverse needs of our clients. For local system integrators or service providers, we also support the procurement of only high-pressure accessory systems or Waterjet high-pressure pumps, allowing customers to complete robot selection, framework construction, and system integration locally. This ensures both performance and quality while achieving a more competitive overall cost solution.

5. Shipping and Project Delivery
In the equipment shipping and project delivery phase, we provide complete system integration and standardized packaging solutions. The entire system is typically shipped in containers, with professionally reinforced and protected internal components, suitable for long-haul sea freight and international delivery.Through standardized packing procedures and clear component labeling, customers can quickly complete equipment inventory and installation preparation upon receipt, significantly shortening the on-site deployment cycle.
Before shipment, all equipment undergoes rigorous factory testing (FAT) to ensure stable and reliable system performance. Combined with our remote technical support and on-site commissioning services, customers can efficiently complete installation, commissioning, and production, achieving rapid project implementation and stable operation.