I. Company Introduction
We are a high-tech enterprise specializing in the R&D, production and sales of micro precision switches. With more than ten years of deep cultivation in the electronic components industry, we have established a full-process production system covering mold design and development, precision injection molding, automated assembly and reliability testing. Equipped with high-precision stamping equipment, automated assembly lines for through-hole switches and multi-dimensional visual inspection systems, we implement automated control over core processes. Our monthly production capacity of micro latching through-hole switches exceeds 8 million pieces, enabling efficient fulfillment of bulk orders and personalized customization requirements.
The company strictly adheres to the ISO9001 quality management system and IATF 16949 automotive industry standards. Our products have obtained multiple international environmental certifications such as RoHS and REACH, and complete quality traceability files are established for each batch. With stable product performance, precise process control and efficient service response, we provide highly adaptable switch solutions for clients in consumer electronics, smart home, industrial control, medical devices and other fields, earning long-term trust and recognition from domestic and overseas customers.
II. Product Features
5.8×5.8mm Tall Head Dual-Row 6-Pin Design for Superior Function & Operation
Adopting a 5.8×5.8mm micro square package with a tall head button structure, it features a moderate protrusion height for easy manual pressing or use with keycaps, enabling smooth actuation even when the equipment panel is partially obstructed. The dual-row 6-pin layout supports independent latching control for dual circuits, allowing on/off locking of two sets of circuits simultaneously without additional stacked switch components, greatly simplifying equipment circuit design and adapting to multi-function control scenarios.
Through-Hole DIP Mounting for Strong & Stable Connection
Featuring standard through-hole pin design with high rigidity and resistance to bending, the switch can be directly inserted into pre-drilled vias on the PCB. After fixing via wave soldering or manual soldering, its connection strength to the board far exceeds that of SMT switches, effectively resisting external shocks from equipment vibration, cable plugging and unplugging, making it ideal for industrial control equipment, security terminals and other applications demanding high connection stability.
Precision Latching Mechanism with Excellent Anti-Misoperation Performance
Built-in snap-on latching structure locks the circuit ON automatically with one press, maintaining the working state without continuous holding; a second press releases and resets to cut off the circuit, completely eliminating functional disorders caused by equipment shaking or accidental contact. The actuation force is uniform with clear feedback, and no looseness occurs in the latched state, suitable for control scenarios requiring long-term working status retention.
High Temperature Resistance & Corrosion Resistance for Complex Working Conditions
The switch housing is made of high-temperature resistant flame-retardant engineering plastic, capable of withstanding 260℃ high-temperature soldering without deformation, softening or cracking. Pins adopt a double-layer nickel-tin plating process for excellent corrosion and oxidation resistance. The product operates stably within a wide temperature range of -40℃ to 120℃, withstands harsh industrial environments such as humidity and dust, and ensures long service life.
III. Product Advantages
Precision Manufacturing for Consistent & Reliable Quality
Introducing an MES digital production management system, we monitor key process parameters such as injection mold temperature, stamping precision and pin verticality in real time, with parameter deviation controlled within ±0.005mm. Equipped with a multi-camera linked visual inspection system, it accurately identifies defects including button height deviation, skewed pins and offset contacts, keeping the product defect rate below 0.05% and ensuring consistent quality in bulk delivery.
Standardized Design for Lower Adaptation Costs
Product pin spacing and hole diameter conform to industry universal standards, compatible with library files of mainstream PCB design software such as Altium and Cadence, eliminating the need for customers to adjust board opening sizes or customize soldering fixtures. It directly matches mainstream wave soldering process parameters without additional temperature zone adjustments, significantly reducing selection and production adaptation costs and accelerating project progress.
Flexible Production with Efficient Customization Response
We have established a modular production system, with a 50% faster response speed than the industry average for customer requests such as button height adjustment, actuation force customization and pin length modification. Regular specifications are kept in stock for delivery within 72 hours. For customized products, we provide one-stop services from structural design and sample prototyping to mass production, with a minimum sample lead time of only 2 working days.
Full-Cycle Service for Worry-Free After-Sales Support
Staffed with a professional technical service team, we provide early selection guidance, mid-term soldering process optimization support and post-sale troubleshooting services, with an after-sales response time of no more than 12 hours. The product supports full-process quality traceability, fully meeting stringent compliance requirements in industrial control, medical devices and other fields, providing comprehensive cooperation guarantees for customers.
IV. Product Applications
Industrial Control
Suitable for mode switching keys of small PLC controllers, range selection keys of industrial sensors, start-stop control keys of automated equipment and function activation keys of power distribution cabinets, maintaining stable performance in frequently vibrating industrial environments.
Smart Home
Applicable for forward/reverse control keys of smart curtain controllers, gear adjustment keys of air purifiers, scene mode switching keys of smart lamps and recording start keys of security cameras, meeting multi-function latching control demands of household devices.
Consumer Electronics
Adapted to power and mode switching keys of portable speakers, function latching keys of game controllers, output gear control keys of power banks and action trigger keys of electric toys, enhancing operation convenience and stability.
Medical Devices
Used for mode locking keys of portable rehabilitation physiotherapy instruments, measurement start keys of electronic blood pressure monitors, blood sampling trigger keys of blood glucose meters and parameter setting keys of small medical detectors, complying with high-reliability standards for medical equipment.
V. FAQ
Q1: What key parameters need to be confirmed for product selection?
A1: Three core points shall be confirmed: ① Button height and actuation force requirements to match the equipment panel and operation feel; ② PCB thickness, pin hole size and soldering process type; ③ Application environment (temperature, humidity, vibration frequency) and circuit control requirements. Our technicians will provide a precise selection proposal within 1 hour.
Q2: How to deal with latching failure during use?
A2: First, cut off power and check for dust or debris jamming around the switch button; dry compressed air can be used to gently blow the button gaps. For soldering issues, confirm if excessive soldering temperature caused deformation of the internal latching structure, and re-solder after adjusting soldering parameters. In case of mechanical structure damage, replacement with the same specification product is recommended.
Q3: Does the product support illuminated customization?
A3: Illuminated button customization is supported. Single-color or dual-color LED beads can be integrated to realize visual indication of button status, satisfying human-machine interaction display requirements of equipment. Detailed parameters including bead color, brightness and voltage shall be provided.
