Special Purpose Machines (SPMs) for Pressing, Screwing, and Dispensing are custom-designed automated systems tailored for specific manufacturing tasks to improve productivity, precision, and efficiency. Pressing SPMs are used to apply controlled force for assembling components, such as bearing fittings or bush insertions, ensuring consistent results and minimizing human error. Screwing SPMs automate the process of driving screws into assemblies with predefined torque and angle settings, ideal for repetitive tasks in automotive, electronics, and appliance industries. Dispensing SPMs handle accurate and repeatable application of adhesives, sealants, or lubricants on components, supporting clean and controlled operations. These machines can be standalone or integrated into larger production lines and often feature PLC or HMI controls for easy operation and monitoring. By reducing cycle times, ensuring quality, and limiting manual intervention, these SPMs significantly contribute to lean manufacturing practices and high-volume production environments, delivering cost-effective and reliable automation solutions.
Task-Specific Operations : Designed to perform a dedicated operation such as drilling, pressing, cutting, screwing, assembling, or dispensing.
High Production Efficiency : Speeds up manufacturing by automating repetitive tasks with precision and consistency.
Customization : Tailored as per the product and process requirements, enhancing flexibility in manufacturing.
Improved Accuracy : Ensures dimensional accuracy and quality by minimizing human intervention.
Cost-Effective for Mass Production : Ideal for large batch production, reducing per-unit production costs over time.
Integrated Automation : Combines mechanical, electrical, pneumatic, and sometimes robotic systems for full/partial automation.
Process Consistency : Maintains uniformity in product quality across multiple cycles.