We have a team of experienced hardware engineers who specialize in designing custom hardware solutions for a wide range of applications. We are dedicated to providing our clients with innovative and reliable hardware designs that meet their specific needs and requirements.
Our hardware design services include everything from initial concept development to final production. We work closely with our clients to understand their product requirements and develop a customized hardware solution that meets their specific needs.
Our hardware design process begins with a thorough analysis of the project requirements. This involves evaluating the functional and technical requirements of the product, as well as any regulatory or compliance requirements that may apply.
Once we have a clear understanding of the requirements, we begin the design process. Our hardware engineers use the latest design tools and technologies to create schematics and PCB layouts that meet the requirements of the project.
We also provide rapid prototyping and testing services to ensure that the hardware design meets the client’s expectations. Our engineers work closely with the client throughout the prototyping and testing phase to ensure that any issues are addressed promptly and effectively.
At Shalaka, we have extensive experience in designing hardware solutions for a variety of applications, including consumer electronics, medical devices, industrial automation, and more. We are committed to providing our clients with high-quality, reliable hardware designs that meet their specific needs and requirements.
As a hardware design company, it is important to gather all the necessary information from our customers to ensure we deliver a product that meets their needs and expectations. Here are some details that we must collect from our customers for our hardware design services:
- Product specifications: The first step in the hardware design process is to understand the customer’s product specifications, including the performance, features, and functionality they require.
- Target market: Knowing the target market for the product is crucial to designing hardware that meets the customer’s expectations. The target market will influence the product’s size, cost, and other features.
- Component selection: Choosing the right components is a critical aspect of hardware design. We must work with the customer to identify the components required for their product and ensure that they meet the necessary specifications.
- Budget: It is important to understand the customer’s budget for the project to ensure that the design is feasible and meets their financial goals.
- Timeline: We need to work with the customer to establish a timeline for the project, including milestones for the design and development phases.
- Testing and certification: Depending on the product, it may be necessary to test and certify the hardware to meet regulatory requirements. We must work with the customer to identify the necessary testing and certification requirements and ensure that the product meets them.
Eagle and Altium are two widely used software tools for designing printed circuit boards (PCBs) in the electronics industry. At our company, we use both Eagle and Altium depending on the project requirements and customer preferences. Our engineers are well-versed in both software tools and can help our customers choose the best software for their project. With our expertise in Eagle and Altium, we can design high-quality PCBs that meet our customers’ requirements and specifications.
Bringing your hardware ideas to life with our end-to-end hardware design and manufacturing services, from schematic design and firmware development to manufacturing analysis and assistance. Let us help you architect IoT systems and embedded electronic systems for a technologically advanced future.
These are some of the PCBs that we have designed:
- Smart lock PCB: Our team has designed a smart lock PCB that is integrated with the latest security features and can be easily controlled through a mobile app.
- Smart valve control PCB: Our engineers have designed a smart valve control PCB that can be used in various industrial applications for efficient and remote control of valve operations.
- Water purification system PCB: We have developed a PCB for a water purification system that is equipped with advanced sensors and controls to ensure clean and safe drinking water.
- Touch-based remote control for smart automation PCB: Our team has designed a touch-based remote control PCB that can be used for controlling various smart devices in homes, offices, and other places.
- Vending machine controller PCB: We have designed a vending machine controller PCB that can be used for efficient control of vending machine operations and inventory management.
- Smart lighting PCB: Our engineers have designed a smart lighting PCB that can be used in homes, offices, and other places for efficient and remote control of lighting operations.
- Door sensors PCB: We have developed a door sensors PCB that can be used for monitoring and controlling door operations in various applications.
- Various parameter monitoring sensors PCB: Our team has designed various parameter monitoring sensors PCBs that can be used for monitoring temperature, pressure, humidity, and other environmental parameters in various applications.
