Analog‑Signal Multi‑Position Hotplate Magnetic Stirrer

Manufacturer: GLT (Shenzhen) Technology Co., Ltd.

Brand: GLTLab

Product Overview

GLTLab analog‑signal multi‑dimensional hotplate magnetic stirrer adopts analog knob control architecture, available in 2‑6 stirring‑heating positions. Multiple working‑plate options are supported: 5‑inch ceramic‑coated plates, 6‑inch round aluminium plates and 7‑inch square aluminium plates. Constructed with stainless‑steel chassis, this series delivers reliable heating‑stirring performance for parallel comparative experiments. Each station features independent heating and stirring adjustment via analog dial scale, simple operation without complex digital settings. Customization and OEM / ODM services are available for special laboratory workflows.

Key Features

• Modular 2‑6 position configuration: Cover 2‑, 3‑, 4‑, 5‑, 6‑position models; each stirring‑heating station works independently for multi‑condition parallel tests.
• Multiple interchangeable working‑plate options: 5‑inch ceramic‑coated plate, 6‑inch round aluminium plate, 7‑inch square aluminium plate for flexible matching of beakers, flasks and reaction vessels.
• Stainless‑steel chassis: Robust, corrosion‑resistant structure, easy to wipe clean, adapts to harsh wet‑chemistry laboratory environments.
• Analog‑signal knob control with graduated scale: Intuitive dial‑scale indication for speed and temperature, infinitely variable adjustment, fast response for on‑site manual operation.
• Independent heating & stirring per station: Heating and stirring parameters can be set separately on each position without mutual interference.
• Flexible customisation: Support position quantity modification, plate material/size replacement, power adjustment, mechanical dimension tuning; OEM & ODM for laboratory integration projects.

Technical Specifications

Typical Applications

• Chemical laboratories: Parallel synthesis, dissolution testing, multi‑group comparative heating‑stirring reactions
• Material science research: Sample preparation of polymer, composite and slurry materials
• Pharmaceutical & biochemistry: Reagent formulation, drug intermediate processing, parallel sample pretreatment
• University teaching labs, quality‑control laboratories, R&D pilot test platforms