Our processOur process

In this realm of cell charging, we knuckle down to fulfill the user’s expectation of battery charging. We exclusively customize and endow our lithium battery charging in a way to offer a high degree of energy density and creates a great impact on the use of your desired devices.

In our Firm, We have a testing facility that tests each and every BMS which is an embedded unit performing critical battery functions, including cell monitoring and balancing, pack charge and discharge control, safety, and communications.

Without harming the environment, we assemble the cells both electrically and physically. Assembling the cells are done in a way with electronics to have the appropriate communications and power connections which mate with a device it powers.

In our firm, we assemble a PCB circuit board with a perfect blend of surface mounts for our customers. Before the progression of custom PCB, we provide PCB layout design services to our customers adhering to its most stringent standards.

The testing phase of these battery packs aids in determining the capacity of the cells. Since we know the importance of the testing regime, our quality assurance team ensures to test the battery’s health, state of its charging capacity, and reliability.

Client Consultation: Engaging with the client to understand their needs, operational challenges, and goals for robotics and automation.

Site and System Analysis: Assessing the current system infrastructure, production processes, and identify the areas where automation and robotics can improve efficiency.

Custom Solution Design: Based on the analysis, designing a customized solution that addresses the client’s specific requirements for both robotics and automation systems.

Feasibility Study: Conducting a technical and economic feasibility study to ensure the proposed solution is viable in terms of performance, cost, and scalability.

Simulation & Modeling: Creating virtual models or simulations to test the effectiveness of the solution in real-world scenarios before implementation.

Hardware & Software Selection: Choosing appropriate robotic components, sensors, actuators, control systems, and software solutions that align with the project specifications.

Integration with Existing Systems: Designing the integration of the new robotic or automation system into the client’s existing production infrastructure, ensuring seamless operation.

Prototype Development: Building a prototype or pilot system to demonstrate the functionality of the solution.

Testing & Validation: Testing the prototype under various conditions to ensure it meets performance, safety, and reliability standards. Making necessary adjustments based on test results.

On-site Installation: Deploying the final robotic and automation solution on-site, ensuring that all components are installed, configured, and integrated as planned.

System Setup & Calibration: Calibrating the system to the client’s specific operational needs, adjusting the robotics and automation parameters for optimal performance.

Operator Training: Providing comprehensive training for the client’s personnel on how to operate, maintain, and troubleshoot the new system.

Documentation: Delivering user manuals, maintenance guides, and technical documentation to support the client’s use of the system.

After-Sales Support: Offering ongoing technical support to address any operational challenges or software updates.

Regular Maintenance: Providing regular system maintenance, including hardware checks, software upgrades, and performance optimization.

Feedback Collection: Collecting feedback from the client to identify any potential areas for improvement.

Upgrades & Expansion: Based on feedback and technological advancements, offering system upgrades or expansions to keep the automation and robotics solution efficient and up-to-date.

Innovation Integration: Constantly look for ways to integrate new technologies and innovations into the existing systems to ensure long-term success and future-proof the client’s automation and robotics processes.