Labmate Graphite Digestor LMKGD-A100
Labmate Graphite Digestor LMKGD-A100 is a high-performance digestion system engineered with advanced high-temperature infrared radiation heating and microprocessor-based control. It delivers rapid heating and precise temperature regulation for demanding laboratory digestion applications. The system supports both linear and curve-based temperature ramping modes, allowing flexible adaptation to different digestion protocols. With up to 20 programmable digestion programs, this graphite digestor provides accurate control of temperature rise curves, ensuring consistent and repeatable digestion results across multiple samples.
Product Info
Key Features
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High-temperature infrared radiation heating technology
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Microprocessor-controlled temperature regulation
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Linear and curve temperature rise modes
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Up to 20 programmable digestion methods
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Uniform heat distribution through high-purity graphite conduction
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Rapid heating with excellent thermal stability
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Teflon-coated surface for corrosion resistance
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Acid- and alkali-resistant exterior finish
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Advanced air duct insulation for reduced external surface temperature
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User-friendly operation with intuitive controls
Applications
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Nitrogen and protein digestion for Kjeldahl analysis
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Heavy metal sample preparation
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Food and beverage testing laboratories
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Pharmaceutical quality control
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Environmental monitoring and wastewater analysis
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Agricultural and soil research laboratories
Technical Highlights
Parameter Specification Temperature Range RT + 5 to 450 °C Temperature Accuracy ±1 °C (at 450 °C) Maximum Capacity 20 pcs/batch Digestion Tube Capacity 300 mL Heating Method Infrared heating with high-purity graphite conduction Heating Insulation Advanced air duct insulation technology Power Supply AC 220 V ±10%, 50 Hz Power Consumption 3600 W External Dimensions (W × D × H) 515 × 458 × 730 mm Packaging Dimensions (W × D × H) 890 × 600 × 630 mm Gross Weight 57 kg Selection Guide
Labmate Graphite Digestor LMKGD-A100 is an ideal solution for laboratories requiring precise, uniform, and high-temperature digestion for analytical workflows. It is widely used in food testing, pharmaceutical quality control, environmental analysis, agricultural research, and heavy metal testing. The combination of infrared heating and graphite conduction ensures consistent thermal performance across all digestion positions, improving reproducibility and throughput. Its programmable temperature profiles support compliance with standardized analytical methods such as AOAC, EPA, and ISO. With corrosion-resistant construction, reliable thermal control, and ease of operation, this model is well suited for high-throughput laboratories operating under regulated and research-driven environments.
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