Automatic Tissue Slide Stainer FM-ATS-A103 is an advanced, high-throughput staining machine with an 850 mL tank capacity. It is built with a slide basket capacity of 60 slides per run. It ensures high precision, consistency, and full process automation for consistent staining of tissue slides. It comes with flexible step modes, Normal, Priority, and Precise, ensuring optimal control and timing. It is ideal for slide preparation in pathology-based drug studies and histological evaluations.
| Tank Capacity | 850ml |
| Basket Capacity | 60 slides/run |
| Slide Capacity | 20 slides per basket |
| Staining Speed | Up to 720 slides/hour |
| Staining Stations | 32 total (including 5 water stations; up to 31 reagent stations) |
| Oven Stations | 3 |
| Temperature Range | 25°C to 95°C (Hot plate) |
| Time Setting per Step | 1 sec to 23 hrs 59 min 59 sec |
| Touch Screen | 12.1-inch colour screen with English interface |
| Program Storage | Up to 200 editable programs, 200 steps per program |
| Step Modes | Normal, Priority, Precise |
| Shortcut Programs | 10 configurable shortcuts on the main interface |
| Manipulator Movement | XYZ 3-axis robotic arm; multitasking; up to 12 baskets concurrently |
| Simultaneous Protocols | HE staining, frozen HE staining, PAPA staining. |
| Dimensions (L×W×H) | 1180 × 730 × 680 mm |
| Package Dimensions(L×W×H) | 1260 × 830 × 880 mm |
| Net Weight | 167kg |
| Gross Weight | 180kg |
High-Capacity Operations
Advanced Robotic Arm Technology
Programmable Staining Workflow
Multiple Staining Workflow
Customizable Arm Functions
Smart Water Management System
Reagent Management
Built-in Quality Control Module
Remote Monitoring & Alerts
Voice-Guided Alarm System
Fast Staining Capability
Automatic Tissue Slide Stainer FM-ATS-A103 is designed for high-throughput, fully automated staining of microscope slides in histopathology, clinical diagnostics, and biomedical research. It enables programmable, consistent staining protocols with intelligent software control, multi-basket processing. This system ensures reproducible results, enhanced traceability, and workflow efficiency in regulated laboratory environments.
