In the automated and intelligent design of pet feeders, electronic components such as Pin Headers, female headers, TF card slots, battery holders, wafer pin sockets, board-to-board connectors, and USB connectors collectively form the core circuit architecture of the device through modular connections, data storage, power management, and signal transmission functions.
pin header and Socket: The Core of Modular Connectivity and Expansion
TF Card Slot: The medium for data storage and log recording
Battery Holder: A Barrier for Backup Power and Power Failure Protection
Wafer Pin Socket: Flexible Connection Between Sensor and Mainboard
Board-to-Board Connectors: Efficient Interconnection for Multilayer PCB
USB Connector: A Universal Interface for Data Exchange and Power Delivery
Tactile Switch: The Touchpoint of Human-Machine Interaction，controlling grain discharge.
Product Advantages
Modular Design: Enables rapid assembly and maintenance via pin headers, wafer sockets, and other components;
High Reliability: Waterproof and dustproof elements withstand harsh environments like pet chewing and urine exposure;
Expandability: TF card and USB interfaces support data storage and feature upgrades, extending product lifecycle;
Portability: Battery compartment accommodates backup power and mobile scenarios.
Our Capabilities -- Equipment Showcase
The company boasts over forty state-of-the-art imported machines, including Samsung and Sony pick-and-place machines, wave soldering equipment, AOI systems, reflow ovens, aging racks, ultrasonic cleaners, and laser engravers. We provide customers with premium service, featuring round-the-clock driver-operated material pickup and delivery, along with a comprehensive electronic component procurement system—saving you time and labor costs.
Product Details
Precision Electroplating Process
The electroplating process ensures stable color deposition on printed surfaces with excellent brightness and a smooth coating. It primarily consists of four stages: pre-treatment (degreasing, micro-etching, activation, post-immersion), nickel plating, gold plating, and post-treatment (waste gold rinsing, DL rinsing, drying).
Lead-containing solder
The eutectic temperature of lead-containing solder is lower than that of lead-free solder. The exact difference depends on the lead-free solder's eutectic temperature plus 30–50 degrees Celsius, requiring actual adjustment. The eutectic temperature of lead-containing solder is 183 degrees Celsius. Its brightness and other properties are superior to those of lead-free solder.
Lead-Free Solder
Lead enhances the reactivity of solder during the soldering process, making leaded solder easier to work with than lead-free solder. However, lead is toxic and poses health risks with prolonged exposure. Additionally, lead-free solder has a higher melting point than leaded solder, resulting in significantly stronger solder joints.
One-stop service
1.PCB samples
2.Surface Mount Technology (SMT)
3.SMT Small Batch Production
From PCB prototyping to SMT assembly, we offer one-stop solutions to reduce R&D costs and accelerate time-to-market.
Documents to be provided by the client
Required Files for PCB Fabrication
1. Detailed and accurate BOM list. Any changes must be noted on the BOM (mandatory).
2. GERBER files. If a multi-panel stencil is required, provide the panelization file and component placement diagram.
3. Coordinate file
4. PCB file (if the coordinate file, component placement diagram, or GERBER files cannot be exported by the customer, the PCB file may be provided instead)
5. Sample board (for production reference; provide if available)
Required Documents for SMT Assembly
1. Provide PCB files. GERBER files must include coordinate data!
2. PCB assembly requirements, product specifications, special instructions, and quantity!
3. Electronic BOM list, silkscreen layout diagram, preferably accompanied by a sample board.
4. Maintain phone availability during production for potential issue confirmation!
