Heated Stage for Stereo Biological Microscope

Key Benefits

• Maintains precise temperature control from room temperature to 60°C for live specimen observation
• Digital display with preset temperature setting allows repeatable thermal conditions
• Measurement accuracy of ≤±0.2°C ensures consistent experimental results
• 165x130x8mm workbench with 38mm aperture fits standard stereo microscope stages
• 50W output power with 36V output ensures stable heating across the range
• Adapts to ambient room temperature, so performance is stable in varying lab environments

Application Scenarios

• Observing live biological specimens such as insect larvae, small invertebrates, or tissue samples under controlled thermal conditions
• Monitoring cell growth or developmental changes in aquatic microorganisms over time
• Supporting temperature-sensitive experiments in teaching labs where consistent thermal environments are required
• Conducting quality checks on temperature-sensitive materials in precision assembly or inspection
• Enabling long-term observation of dynamic processes in biological or chemical samples

Who It Is For

• Teaching and research laboratories in biology, zoology, and environmental science
• Clinical and veterinary labs performing live specimen analysis
• Quality control departments in biotech and pharmaceuticals requiring thermal stability
• Universities and technical schools running practical microscopy courses
• Precision assembly and inspection workshops where thermal conditions affect material behavior

Problems It Solves

• Standard microscope stages lack temperature control, making live specimen observation unstable
• Manual temperature adjustment leads to inconsistent results across experiments
• Inadequate thermal stability causes specimen stress or movement during observation
• Lack of digital preset control forces repeated calibration and increases operator error
• Non-uniform heating across the stage leads to uneven sample conditions and unreliable data

Technical Features

• Digital temperature display with preset function for repeatable settings
• Heating plate size: 165x130x8mm with a 38mm aperture for optical access
• Temperature control range: room temperature to 60°C
• Measurement accuracy: ≤±0.2°C across full range
• Power supply: 220V±10%, AC45-60Hz
• Output: 36V, 50W
• System adapts to ambient room temperature working conditions
• Stable heating with minimal fluctuation under normal operating conditions

Specifications

Specifications are taken from the AMADA product data for this item. Confirm critical dimensions with us in writing before ordering.

Customization Options

• Available in KEL-2000, KEL-2000A, KEL-2000B, and KEL-2000C variants for upright, inverted, stereo, and sperm microscopes
• X-4 and X-4H melting point detectors available with extended temperature range up to 300°C
• Custom aperture size or workbench dimensions possible upon request with engineering review
• Alternative power input (e.g., 110V) available on request with voltage converter integration

Comparison With Other Options

Use Guide

• Ensure the microscope stage is clean and dry before mounting the heated stage
• Connect the stage to a 220V±10%, AC45-60Hz power source; verify voltage compatibility
• Set the desired temperature using the digital display and preset function
• Allow 5-10 minutes for the stage to stabilize before placing a sample
• Avoid placing samples with high moisture content directly on the surface to prevent condensation
• Do not exceed 60°C to maintain accuracy and prevent damage to the heating element