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Robot Development Services
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Robot Development Services

Robot Development Services

Robot Hardware Manufacturing Service
Innovation in the Details. Unlocking the Future with Powerful Torque.

BonSystems combines proprietary reduction technology with customized engineering expertise to deliver high-precision solutions, from custom-built reducers and actuators to full-scale robot hardware manufacturing.
Our optimized designs ensure performance and structural efficiency, enabling high-performance robotic systems across various industries.
BonSystems crafts precise movements for a better tomorrow.

Features of Robot Development Services

1. Custom Design and Development
2. Advanced Smart Actuator Technology
3. Ongoing Support

Process

01
Requirement Analysis and Product Planning

We begin by thoroughly analyzing the client’s industrial needs and requirements. By understanding the purpose, functionality, and performance goals of the robot, we establish a clear development direction. Based on the client’s needs, we define technical specifications and specific objectives, then plan feasible solutions tailored to their requirements.

02

Actuator Specification Selection

Since torque (rotational force) and speed requirements vary depending on the tasks the robot will perform, we analyze these factors to select the most suitable component specifications.

03

Product Design and Engineering

We design the basic framework and structure of the robot, tailored to the type of tasks it will perform. The design process takes into account factors such as size, weight, and load capacity to optimize the robot’s structure for its intended purpose.

04

Prototype Development

We manufacture the necessary components such as motors, reducers, actuators, and controllers based on the design. Each part of the robot is assembled with precision, and the performance of key drive components, including motors, reducers, and actuators, is tested to ensure they meet the intended specifications.

05

Performance Testing and Optimization

We evaluate the system’s performance based on simulation results and make design adjustments as needed. To maximize the robot’s efficiency in real-world applications, we comprehensively assess various factors such as torque output, operating range, and movement speed.