Laser Printer Machine
System Introduction The LUG Series Industrial Fume Purification System is specifically designed to efficiently capture and purify harmful fumes and dust generated by laser welding, marking, and cutting at the source. Equipped with intelligent sensing and closed-loop control technology, the system monitors filter status and system negative pressure in real-time, automatically adjusting airflow to achieve optimal capture efficiency without manual intervention. Through HEPA high-efficiency and chemical-grade multi-stage filtration, it achieves a purification efficiency of up to 99.997% for 0.3μm particles and effectively removes toxic and hazardous gases, ensuring clean emissions. Built to German precision engineering standards, the product features a robust structure and supports continuous, stable operation 24/7, meeting stringent demands for production safety, equipment protection, and environmental compliance in high requirement industries such as electronics manufacturing, automotive engineering, and medical device production.
Sieving Machine
The SUPER SIVTEK® Industrial Vibrating Screen is the most powerful industrial screening machine from Galaxy Sivtek, designed to deliver efficient screening solutions for complex applications such as the minerals and metals industries. With the ability to generate vibrations three times stronger than conventional sieving machines, Super Sivtek® provides significantly higher throughput, helping reduce costs and improve classification quality.
Sieving Machine
The SUPER SIVTEK® Industrial Vibrating Screen is the most powerful industrial screening machine from Galaxy Sivtek, designed to deliver highly efficient screening solutions for complex applications such as the minerals and metals industries. With the ability to generate vibrations three times stronger than conventional sieving machines, Super Sivtek® provides significantly higher throughput, helping reduce operational costs and enhance classification quality.
General Lab Equipment
IoT Dry Cabinet with Ultra-Low Humidity ≤1%Rh The Dr. Storage IoT Dry Cabinet with Ultra-Low Humidity ≤1%Rh offers precise humidity control, making it ideal for storing sensitive electronic devices and materials. This dry cabinet maintains humidity levels below 1% RH, effectively preventing moisture damage to your products. The dry cabinet features built-in network connectivity, allowing users to integrate additional remote monitoring software. This enables centralized, remote monitoring of the cabinet’s status for each device. Additionally, the cabinet includes internal lighting, enhancing visibility and convenience when accessing stored items.
Roller Compactor
The IR range of roller compactors affords different capacity levels, from pilot to full-scale production systems, with directly transferable results from model to model. The roller compactors offers the flexibility to increase powder density and enhance flow characteristics, improving downstream performance results.
Sieving Machine
Compact and light electromagnetic sieve shaker. Its three-dimensional motion throughout the sieve column makes it extremely effective when performing particle separation Granulometric tests, both dry and wet. Manufactured with a rilsanized carbon steel body, it features a digital panel with power regulation, sieving time control and adjustments to enable continuous or intermittent sieving.
General Lab Equipment
ISO 136 ELECTRONIC GEOTEXTILE STRENGTH COMPREHENSIVE TESTER- DARONG
The YT010-5000 is a specialized electronic tester designed to evaluate the mechanical strength and comprehensive properties of geosynthetics, including geotextiles, geogrids, and geomembranes. It performs tests such as tensile, tearing, puncture, peeling, and joint strength, fully compliant with international standards (ISO, ASTM, GB/T, BS, JTG), ensuring accurate results for research and quality control in transportation, water conservancy, and construction engineering.
General Lab Equipment
YG(B) 021HL is used to evaluate the breaking strength and elongation of synthetic fibers. These fibers can be monofilament, spandex, polyamide, polyester filament, composite or deformed filament. They can be tested in dry and wet states. YG (B) 021HL is suitable for testing the tensile physical performance properties of these fibers. This tensile filament tester works based on the CRE (Constant Rate of Extension) principle. In this test, one clamp is stationary and the other moves at a constant speed, causing the sample to elongate until it breaks. The maximum force is recorded as breaking strength. This test helps in fiber characterization, fiber selection and its behavior. This testing is also crucial in ensuring product safety, quality and reliability.