Solution For Your Manufacturing
We provide comprehensive automation solutions designed to optimize your manufacturing processes. Our innovative technologies enhance efficiency, reduce operational costs, and improve product quality while maintaining the highest standards of reliability and performance.
1. Marking Solution
Laser, dot peen, and scribe marking systems for permanent product identification and traceability across industrial applications.
Don Pen
Dot peen marking is a mechanical engraving method where a hard pin rapidly strikes the material surface to create a series of small, closely spaced dots. These dots form alphanumeric characters, logos, or DataMatrix codes.
This method is ideal for:
- Metallic parts such as tools, engine blocks, steel plates, and frames
- Applications requiring deep, permanent marking even in harsh environments
- Traceability systems in automotive, aerospace, and heavy equipment industries
Dot peen systems can be portable, benchtop, or integrated inline with production lines, providing flexibility across industrial environments.
Scribing
Scribing is a high-precision marking process where a stylus cuts a continuous, clean line into the material’s surface. Unlike dot peen, it does not create individual points, but rather smooth, engraved lines with superior readability.
Scribing is recommended when:
- Noise reduction is needed (e.g., indoor marking operations)
- High legibility is essential, especially for logos and long serial numbers
- Used on flat metal surfaces like aluminum, steel, and alloy components
- Ideal for automotive chassis, nameplates, and heavy-duty components
The result is a low-noise, high-quality mark that’s resistant to wear and corrosion.
Laser Marking
Laser marking is a non-contact method that uses a concentrated laser beam to alter the surface of a material. It offers unmatched precision and speed with zero mechanical force.
Laser marking can be used for:
Fast, high-volume production lines
Plastic, metal, rubber, or coated surfaces
Marking barcodes, serial numbers, QR codes, logos
Industries like electronics, medical devices, and packaging
Depending on the laser type (fiber, CO₂, or UV), laser marking can produce black, white, or color-contrast marks without damaging the material — making it ideal for delicate or precision-critical parts.
2. Automation Handling
Automation handling solutions are designed to streamline material movement and component manipulation across manufacturing processes. Our comprehensive range of handling equipment ensures precise, efficient, and reliable operation in automated production environments, reducing manual intervention while increasing throughput and consistency.
Vacuum Cup
Vacuum cups are pneumatic gripping devices that use negative pressure to securely hold and manipulate objects. These suction-based components create a temporary seal against surfaces to enable safe lifting and transfer. They are ideal for:
- Smooth-surfaced materials such as glass, plastic, sheet metal, and finished products
- Applications requiring gentle handling without marking or damaging delicate surfaces
- Automated pick-and-place operations in packaging, assembly, and logistics systems Vacuum cups come in various shapes, sizes, and materials to accommodate different surface geometries and environmental conditions.
Gripper
Grippers are mechanical devices designed to physically grasp and secure objects during automated handling processes. Using controlled force application, they provide precise object manipulation. They are perfect for:
- Complex part geometries requiring secure multi-point contact
- Applications demanding high positional accuracy in assembly and manufacturing
- Handling systems in electronics, automotive, and general manufacturing industries Available in parallel, angular, and specialized configurations to suit various industrial requirements.
Vacuum Pump
Vacuum pumps are the power source for suction-based handling systems, creating the negative pressure necessary for vacuum cups to function. These engineered pumping systems are essential for:
- Continuous material handling operations requiring consistent vacuum levels
- Applications with varying cycle times and production speeds
- Integrated automation systems where reliable pneumatic power is critical Available in centralized or decentralized configurations to optimize energy efficiency and system performance.
