What types of industrial robots does RBTC provide?

RBTC provides a range of industrial robots designed to support different industries and manufacturing processes.

The main product types include:

6-axis industrial robots for welding, assembly, complex handling, and multi-angle operations.

4-axis industrial robots commonly used for high-speed handling and palletizing.

SCARA robots for high-speed and high-precision planar assembly.

Collaborative robots and palletizing cobots for space-limited or human–robot collaboration scenarios.

Injection molding servo robots (IMM robots) for part removal and automated loading/unloading in injection molding processes.

In addition to standard models, RBTC supports application-based configuration and system adaptation to match specific production requirements.

RBTC offers application-focused automation solutions built around industrial robots, covering a wide range of manufacturing scenarios.

Typical solutions include:

Industrial robot applications for material handling, welding, palletizing, assembly, and machine tending;

Application-specific robot solutions for injection molding, metal processing, and automated loading/unloading;

End-of-arm tooling (EOAT) and auxiliary components such as grippers, fixtures, and protective accessories;

Industrial robot system integration, including equipment coordination, installation, commissioning, and process optimization.

The focus is on aligning industrial robots with real production workflows rather than deploying one-size-fits-all systems.

RBTC industrial robots generally support single-unit or small-quantity orders, making them suitable for pilot projects, equipment upgrades, or partial automation of production lines.

For after-sales support, RBTC provides technical assistance and spare parts support, and can offer on-site commissioning and operator training based on project requirements to ensure stable operation.

Selecting the right industrial robot typically requires evaluating several key factors:

Task complexity: multi-axis and complex motions usually require 6-axis robots, while high-speed planar tasks suit SCARA robots.

Space and safety requirements: collaborative robots are suitable for space-constrained or human–robot collaboration environments.

Process type: injection molding often uses dedicated IMM robots, while welding and assembly commonly rely on 6-axis robots.

Final selection should consider part characteristics, cycle time requirements, and factory conditions.