​Equipped with a high‑sensitivity scientific‑grade cooled CCD and a large‑aperture low‑distortion imaging lens, the VivoLume B1 is designed to detect faint photon signals generated by luciferase reporter genes and other bioluminescent reactions. The instrument enables non‑invasive imaging and quantitative analysis of mice, rats, ex vivo organs, tissues and cell culture plates. It is widely applied in studies including tumour growth and metastasis, infection progression, gene expression, cell tracing and drug efficacy evaluation. Featuring auto‑exposure, auto‑focus and field‑of‑view switching functions, it can rapidly accomplish imaging ranging from local imaging of a single animal to whole‑body imaging of multiple animals.

The VivoLume BF integrates bioluminescence and multispectral fluorescence imaging capabilities to enable non‑invasive detection of luciferase reporter genes, fluorescent proteins, fluorescent dyes and molecular probes. Equipped with a scientific‑grade deep‑cooled camera, large‑aperture motorized lens, as well as multi‑band excitation and emission optical paths, the system delivers high image resolution while maintaining superior sensitivity for faint‑signal detection. It is suitable for long‑term longitudinal studies in oncology, infection research, immunology, drug delivery, gene therapy, cell therapy and other related fields.

VivoTomo CT adopts micro‑focus cone‑beam X‑ray imaging technology to perform non‑destructive 3D anatomical imaging on mice, rats and ex‑vivo samples. The system clearly visualizes bones, teeth, lungs, as well as contrast‑enhanced blood vessels and soft‑tissue structures. It supports quantitative analysis including bone mineral density, tissue volume and trabecular morphology. The low‑dose in‑vivo scanning mode enables long‑term follow‑up of the same animal, and is suitable for research on bone diseases, tumors, pulmonary diseases, implanted materials and drug efficacy evaluation.

​PhytoLume is a high‑sensitivity in‑vivo optical imaging research instrument for plant molecular biology studies. Integrating bioluminescence and multi‑band fluorescence imaging functions, it enables non‑destructive detection and quantitative analysis of optical signals in intact plants, seedlings, leaves, roots, seeds and ex‑vivo tissues. The instrument is suitable for research on reporter gene expression, protein‑protein interactions, pathogen infection, plant immunity, reactive oxygen species detection, gene‑function validation and stress response. It also supports continuous time‑series observation of the same sample.

PhytoGrow delivers stable artificial climate conditions for seed germination, seedling cultivation, plant growth and environmental‑stress experiments through programmable control of temperature, humidity and lighting. The system is suitable for routine cultivation, variety screening, photoperiod studies and environmental‑treatment experiments on Arabidopsis, crop seedlings, medicinal plants and other small‑to‑medium‑sized plants.