Thermal Analysis and Calorimetry
BAC-420AE - BAC-420BE - BAC-800AE - BAC-800BE - BAC-1000AE The BAC-420AE is a compact adiabatic calorimeter designed for large battery cells and small modules up to 600 mm in length. With a 420 mm furnace diameter and ±500 A current range, it provides a cost-effective and reliable platform for standard thermal runaway and heat generation studies. Test Parameters Thermal Runaway Onset Temperature, Maximum Rate of Temperature Rise, Adiabatic Temperature Rise, Specific Heat Capacity, etc. Applicable Fields Battery Pack, Battery Cell
Thermal Analysis and Calorimetry
Built for the demands of next-generation battery testing, the BAC-1000AE accommodates large-format cells, modules, and partial pack assemblies up to 1,500 mm in length. Its 1,000 mm adiabatic furnace and ±1,000 A current capability provide the capacity needed for module-scale thermal runaway and gas generation testing. By combining controlled thermal conditions with realistic electrical loading, the BAC-1000AE delivers reliable insights into the thermal behavior and safety of high-capacity battery systems.
Thermal Analysis and Calorimetry
Designed for efficient testing of large-format battery cells and modules, the BAC-800AE accommodates samples up to 900 mm in length. Equipped with an 800 mm diameter furnace and a ±500 A current range, the system supports reliable thermal runaway studies as well as charge/discharge heat generation measurements, making it a practical solution for laboratory battery safety and thermal analysis.
Thermal Analysis and Calorimetry
BAC-800BE is engineered for testing medium- to large-format battery cells and modules up to 900 mm in length. Featuring an 800 mm diameter furnace and a ±1000 A current capability, the system delivers the high-current performance required for demanding electrical abuse tests. It also enables reliable evaluation of heat generation during battery charge/discharge, particularly under high-load and elevated-current conditions.
Laser Printer Machine
The LC130 Series CO₂ Laser Marking Machine features a sealed CO₂ laser tube and precision beam technology, making it ideal for non-metal marking applications in the electronics, food & beverage, life sciences, and healthcare industries. Its advanced dynamic temperature control system ensures stable laser output, while the rugged, weather-resistant housing is designed to withstand harsh operating environments. The maintenance-free laser source provides reliable, long-term performance with minimal downtime. The system automatically synchronizes with production line speeds to deliver consistent, high-speed, and high-precision marking. Its compact, modular design enables seamless integration into automated production lines, even in space-constrained environments.
Roller Compactor
A small-scale, high-performance roller compactor for research and development and trial batch production.
Laser Printer Machine
The LP200 Series Intelligent Printing & Labeling System combines high-speed thermal transfer printing with precision labeling technology to deliver a fully automated, efficient, and reliable inline marking solution. Powered by embedded control technology and intelligent consumables management, the LP200 seamlessly synchronizes printing and labeling with real-time production line speeds, ensuring consistent accuracy and maximum productivity. Designed for versatility, the system is compatible with a wide range of labeling mechanisms, making it suitable for various product packaging formats across multiple industries. Its integrated Logic I/O control enables smooth communication with production equipment, allowing full-line coordination without the need for an external PLC.
Laser Printer Machine
The LU100 Series utilizes advanced UV laser technology with minimal heat generation to produce precise, high-contrast, and permanent markings on delicate and high-density materials without damaging the substrate. It is ideal for applications requiring superior marking quality on heat-sensitive surfaces. Designed for high-speed production environments, the system is widely used in the food, pharmaceutical, electronics, and daily chemical industries. It delivers sharp, high-resolution text, logos, barcodes, and complex QR codes without the need for inks, solvents, or other consumables, ensuring clean, environmentally friendly, and maintenance-efficient operation.