On-Line Modular Selective Soldering Integrated Model has two units integrated spray fluxing, preheating, and soldering functions, providing a complete and efficient soldering process. The equipment can operate as two independent lines or be combined into a single line, offering flexible process configurations without the need for fixture soldering.
The modular design allows different module combinations to meet diverse customer requirements. This approach delivers high flexibility and productivity while reducing overall investment costs.
The On-Line One-Piece Type Selective Wave Soldering machine integrates flux spraying, preheating, and soldering into a single process. It features a stable wave peak with simple maintenance, offering both mechanical and electromagnetic pump options for flexibility.
The machine supports operation with either a single or double solder unit and allows a maximum board passing width of up to 600 mm. Designed for high efficiency and reliability, it is well suited for mass production environments.
Overview: The On-Line Water Cleaning Machine features a 14-inch full-color LCD touch screen and is controlled by a Siemens PLC for reliable and precise operation. The entire machine is constructed using PP plates, providing excellent chemical resistance.
With a total machine length of 3,600 mm and a transportation width of 600 mm, it is designed for efficient in-line processing.
The standard configuration includes pre-cleaning, cyclic cleaning, wind and water isolation, cyclic DI cleaning, DI final sprinkling, and air-knife drying. The software incorporates multiple alarm functions, including temperature, speed, and level alarms, and supports economical operation. Optional features include automatic detergent addition and on-line heating for final sprinkling.
The machine integrates flux spraying, preheating, and soldering into a single system. It uses a fixed solder pot while the PCB moves to complete the soldering process, supporting maximum PCB dimensions of 350 × 450 mm.
Designed for efficiency, the machine occupies minimal floor space and consumes low energy. It features manual PCB loading and unloading and is particularly well suited for NPI (New Product Introduction) applications.
The On-Line Selective Soldering system supports on-line transportation and enables seamless on-line production by integrating with the previous machine in the production line.
It combines flux spraying, preheating, and soldering into a single integrated unit, with flexible program switching that allows operation in spraying-only mode, soldering-only mode, or sequential spraying followed by soldering. The maximum supported PCB size is 400 × 400 mm.
Designed for efficiency, the machine occupies minimal floor space and features low energy consumption. It is ideal for high-quality production requirements, especially for small batches and multiple product varieties, offering excellent flexibility to adapt to diverse manufacturing needs.
The SMT First Article Tester improves production efficiency and product quality while reducing labor costs through strict, standardized, and traceable processes. The system scans the first PCB for SMT assembly, with an intelligent frame capturing the PCB image and importing the BOM and component placement coordinates.
The software integrates the PCB image, BOM, and coordinates to perform global coordinate calibration, ensuring precise one-to-one alignment between BOM data and actual component positions.
During inspection, the LCR (Low-Rate Detector) automatically reads measurement data, identifies component locations, evaluates results, eliminates false positives and missed detections, and generates test reports that are automatically stored in the database.
The On-Line Water Cleaning Machine Model-2 enables continuous, high-efficiency PCBA cleaning directly on the production line. With integrated washing, DI rinsing, and air-knife drying, it ensures consistent contaminant removal and reliable performance for medium to high-volume electronics manufacturing.
Features
– 14″ full-color LCD touch screen with Siemens PLC control and integrated alarms (temperature, speed, level).
– Full PP-plate machine construction for excellent chemical resistance; total machine length 6,500 mm and 600 mm transport width.
– Standard process configuration: pre-cleaning, cyclic cleaning, wind/ water isolation, cyclic DI cleaning, DI final spray, and air-knife drying.
– Supports economic operation mode with optional automatic detergent dosing and optional online heating for final DI spraying.
Applications
Ideal for medium to high-volume electronic manufacturing lines requiring continuous, automated cleaning of PCBAs. Suitable for removing flux residues, solder contaminants, and particulates to ensure stable product quality and reliable downstream assembly performance.
The advanced PCBA OnLine Water Cleaning Machine is designed for high-volume electronic manufacturing, integrating pre-wash, cleaning, isolation flush, and drying processes into a continuous workflow. It delivers superior cleaning performance, efficiently removing flux residues and contaminants from PCBAs while ensuring process safety and reliability.
Features
Suitable for high-volume PCBAs, completing all online cleaning, rinsing, and drying processes efficiently.
Delivers superior cleaning performance, effectively removing flux residues and contaminants from various electronic components during assembly.
Features high-energy “Coherent Jet” injection technology, providing up to 5× greater cleaning pressure than standard spray heads in multiple directions.
Applications
Suitable for high-volume PCBAs, completing cleaning, rinsing, and drying processes online.
Effectively removes residual pollutants from electronic components during assembly.
Utilizes high-energy “Coherent Jet” injection technology, delivering cleaning pressure up to 5× higher than standard spray heads in multiple directions for thorough contaminant removal.
Off-Line Water Cleaning Machine Model 2 (PCBA cleaning machine) is built for small-to-medium electronic manufacturing. It executes a batch-style, multi-stage process cleaning, rinsing, and drying within a single enclosed chamber to deliver repeatable, high-quality residue removal while minimizing handling.
Features:
Batch processing optimized for small and medium production volumes.
Integrated single-chamber process: cleaning, rinsing, and drying in one enclosure.
Broad flux compatibility for rosin, water-soluble, and no-clean chemistries to improve cleaning quality.
Double-layer capacity (610mm L × 560mm W × 100mm H) for larger boards and higher throughput.
Applications
Suitable for EMS providers, OEMs, and specialized electronics manufacturers (automotive, medical, consumer, aerospace). Ideal for post-solder cleaning of PCBAs where consistent cleanliness, yield, and downstream reliability are required.
The industrial PCBA Cleaning Machine (Off-Line Water Cleaning Machine TDC-XL) is designed for precision cleaning of industrial components through a multi-stage solvent and water-based process. It combines cleaning, rinsing, and hot-air drying into a stable and efficient off-line cleaning system suitable for various industrial applications.
Features
PCBA flux-cleaning equipment designed for small to medium production capacities
Supports a standard batch-cleaning workflow
TDC-XL performs cleaning, rinsing, and drying within a single integrated chamber
Enhanced cleaning performance suitable for a wide range of PCBA types and requirements
High throughput capacity with a double-layer chamber design, accommodating larger product sizes and increased cleaning volume
Applications
Ideal for electronic manufacturing environments requiring reliable multi-stage cleaning of PCBA assemblies. Suitable for removing flux residues and contaminants across diverse board types in small to medium-scale production, supporting EMS and OEM operations that demand consistent cleanliness and high product quality.
The Automobile Assembly Project is a turnkey, automation-driven solution for vehicle final assembly lines. It integrates advanced R&D, logistics, AGV systems, and precision testing to streamline automotive production with high accuracy and efficiency.
Features
Final Assembly Line Integration: Supports chassis, body, trim, and final line operations with modular, automated stations for fast cycle times.
AGV and Conveyor Logistics: Includes AGVs and spreaders for dynamic, hands-free transport of components and assemblies across production zones.
Precision Assembly & Testing: Built-in systems ensure dimensional accuracy and conduct end-of-line functional tests for quality assurance.
Scalable Architecture: Adaptable to different vehicle types (SUVs, sedans, trucks) and varying production volumes.
With more than 50 years of technology and talent accumulation in the field of coatings, coating technology and equipment, it has a complete and mature independent innovation capability from coating and surface treatment process design, coating equipment R&D and manufacturing, and coating product environmental adaptability testing. . Has a number of patented technologies and proprietary technologies in the coating field.
Features
Integrated Surface Treatment & Coating Line Covers pre-treatment, E-coat, primer, base coat, and clear coat stages with precision.
Robotic & Manual Spray Systems Supports robotic sprayers, electrostatic guns, and manual stations for flexibility in paint application.
Environmental Testing Capability Includes modules for evaluating coating performance under temperature, humidity, and corrosion stress.
Proprietary Coating Technologies Equipped with patented systems for paint circulation, atomization, and waste reduction.
Flexible BIW Assembly & Welding Lines Design and manufacturing of adaptable main assembly lines—including floor, sidewall, door cover, and seat assembly with flexible welding workshops. These systems leverage robot-vision, online inspection, and laser welding for precision and versatility.
Advanced Joining Technologies & Quantitative Material Connection Expertise in new-energy lightweight material bonding and high-tech joining methods—such as Flow Drill Screwing (FDS), Resistance Spot Welding (RSW), Self-Piercing Riveting (SPR)—integrated with laser welding and robot-vision inspection for high-strength, accurate connections.
The Air Conditioner Production Line is an advanced, fully automated solution designed to streamline the manufacturing of various types of air conditioning units. Engineered for high efficiency, precision, and operational stability, this production line integrates cutting-edge technologies such as PLC control systems and variable frequency speed regulation, making it an ideal choice for manufacturers aiming for consistent quality and scale-able output.
Mechanical Features
Full-Automatic Conveying System: Designed for smooth, uninterrupted movement of components and assembled units throughout the production line.
Adjustable Tension Devices: Installed across all conveyor lines to ensure stable transport of products and prevent slippage or misalignment.
Emergency Stop (Scram) Stations: Located at key detection points to immediately halt operations in case of anomalies, ensuring operator and equipment safety.
Integrated dual-stage leak detection system:
Primary leak detection after refrigerant charging using vacuum or tracer gas methods (e.g., helium, hydrogen, or refrigerant sniffer).
Secondary verification after refrigeration performance testing to ensure complete seal integrity.
Operational Benefits
High Efficiency: Streamlines the production process, reducing downtime and manual labor.
Stable & Reliable Performance: Designed for 24/7 industrial operation with minimal maintenance needs.
Customizable Speed Control: Adaptable to different product types and production volumes.
Modular Design: Allows for easy expansion, integration, or replacement of components based on specific manufacturing needs.
This Washing Machine Production Line is able to meet the production requirement of specified products with a proper structure, stable operation and adjustable line speed.
Equipment overview:
This production line is able to meet the production requirement of specified products with a proper structure, stable operation and adjustable line speed. This production line uses PLC Control and variable frequency speed regulation with high degree of automation, easy operation and reliable performance.
Equipment function:
Start the production line – set the parameters of frequency transformer which is used to control the line speed – producing Per-assembly line – general assembly – performance test & noise testing – product cleaning – product packaging – put in storage
Technical parameters of equipment:
This equipment is provided with a full-automatic conveying function and a variable frequency speed regulation;
All the conveyor lines are equipped with adjustable tension device;
The detection station is equipped with scram button.
Fully automated Microwave Ceramic Silver Plating Dryer & Screening Machine production line, designed for microwave-driven silver plating drying and rotary screening, enhancing productivity and consistency.
Equipped with weight sensing and adjustable rotary speed control, allowing optimized process parameters based on product characteristics.
PLC control with HMI interface, supporting intelligent monitoring and management.
Finished products undergo automatic angle-based separation and sorting conveyor, improving production efficiency.
Integrated multi-stage processing, including silver plating process, post-transfer loading and feeding mechanism, rotary drying system (with three drying chambers), motorized angle sorting system, vibration screening, and discharge mechanism.
Applications
Suitable for pressing and bonding processes of microwave components and electronic parts.
Ensures consistent pressing quality and enhances production efficiency.
Microwave Ceramic Component Pressing Machine is made of Three independent pneumatic cylinder pressing systems for precise pressure control and superior bonding quality.
Pneumatic pressure regulation system integrated with a chiller for enhanced stability during pressing.
Independently adjustable pressing time and speed to meet various manufacturing requirements.
Customizable chiller temperature settings to ensure optimal cooling performance.
Equipped with an air source and light curtain protection system for enhanced operational safety.
Applications
Suitable for pressing and bonding processes of microwave components and electronic parts.
Ensures consistent pressing quality and enhances production efficiency.
This Microwave Ceramic Component CCD Inspection & Packaging Machine utilizes CCD imaging inspection with autofocus, color recognition, and long-distance detection for rapid defect sorting.
Built-in automatic tape winding and positioning system for efficient individual reel inspection.
Equipped with upper and lower stripping support and tape pressing transmission system to ensure stable reel operation without misalignment.
Includes an abnormal product counting function to enhance quality monitoring efficiency.
Applications
Suitable for high-speed imaging inspection and automated packaging of electronic components, passive components, and other micro-products.
Microwave Ceramic Component Grinding, Alignment & Printing Machine utilizes CCD imaging inspection technology with autofocus, color imaging, and long-distance detection for fast product identification and sorting.
Equipped with an automatic disc feeding and discharge mechanism, improving material handling efficiency and reducing manual intervention.
Built-in production parameter setting function, allowing adjustments for disc output spacing and servo settings to ensure optimal production accuracy and stability.
Applications
Suitable for grinding, alignment, and marking of electronic communication equipment components, enhancing automation precision and production efficiency.
Microwave Ceramic Component Rotary Drying & Precision Sorting Machine is Designed for rotary drying and precision sorting in passive component manufacturing, ensuring product consistency.
Adjustable rotary angle (0-5°) for flexible adaptation to different manufacturing processes.
Built-in temperature control system with a maximum setting of 350°C, ensuring stable and effective drying.
Equipped with high-speed motor adjustment function to precisely control material rotation speed, ensuring uniform drying.
Sorting machine integrated with servo speed control, improving sorting accuracy and efficiency.
Applications
Suitable for electronic components and passive component manufacturing, providing rotary drying and precision sorting to enhance yield rate and production efficiency.
Triple-Axis Manipulator Multi-Station Auto Casting Carpet Forming Line
The foaming line features two foaming stations and employs automotive-style injection for precise material delivery. The upper mold incorporates vacuum suction to secure the carpet during forming, while the lower mold rotates 90° sideways for easy unloading. Mold temperature is controlled using a water-based temperature system for consistent thermal performance.
Arcturax Technology Private Limited is a leading industrial technology solutions provider in India, specializing in the supply, import, sales, installation, and after-sales service of industrial equipment.
