Digital Display Tech | Cooking, Food Safety, Scientific Research | Industry: Basic LCD (1 decimal, no backlight) (e.g., 30°C ±0.5°C) ▲0 | Clear readings in standard lighting. | Limited precision and visibility in dark environments. |
| | Our Base: Backlit LCD (2 decimals) (▲1) (e.g., 28.3°C ±0.2°C) | Improved precision and visibility in low light. | Slightly heavier due to battery. |
| | Our Advanced: Color LCD (3 decimals + graph) (▲2) (e.g., 28.30°C ±0.1°C) | High precision for labs; visual trends for quick analysis. | Higher cost; requires more frequent battery checks. |
Probe Material | Food Safety, Industrial Testing | Industry: Plastic/Basic Metal (ASTM E1) ▲0 | Affordable and lightweight. | Prone to corrosion; limited durability. |
| | Our Base: Stainless Steel (ASTM A240) (▲1) | Corrosion-resistant; withstands high/low temps. | Heavier than plastic probes. |
| | Our Advanced: Surgical-Grade Stainless (ASTM A967) (▲2) | Ultra-durable for extreme temps (-40°C to 200°C); FDA-compliant. | Costly; requires specialized cleaning. |
Certifications | International Use, Professional Settings | Industry: CE Certification ▲0 | Meets basic safety standards. | Limited to non-regulated markets. |
| | Our Base: CE + EPR (Germany) (▲1) | Expanded compliance for EU markets. | Requires additional paperwork for non-EU regions. |
| | Our Advanced: CE + EPR + FDA (▲2) | Approved for medical/food-grade applications globally. | Lengthy certification process increases upfront cost. |
Temperature Range | Restaurant, Lab, Industrial Use | Industry: -20°C to 120°C ▲0 | Suits most common applications. | Inadequate for extreme environments (e.g., deep-freeze labs). |
| | Our Base: -30°C to 150°C (▲1) | Handles freezer-to-oven workflows. | May lag in response time for extreme ranges. |
| | Our Advanced: -40°C to 200°C (▲2) | Ideal for cryogenics or high-heat industrial processes. | Requires thicker insulation, increasing size/weight. |
Response Time | Restaurants, Emergency Labs | Industry: 10 seconds ▲0 | Adequate for non-critical tasks. | Delays critical decisions in fast-paced settings. |
| | Our Base: 5 seconds (▲1) | Faster readings for time-sensitive tasks. | Slightly less accurate at rapid measurements. |
| | Our Advanced: 2 seconds (▲2) | Instant feedback for urgent scenarios (e.g., food safety emergencies). | Higher energy consumption shortens battery life. |
Portability | Field Work, On-the-Go Use | Industry: Standard Design (200g) ▲0 | Lightweight for basic portability. | Bulky for pockets or tool belts. |
| | Our Base: Slim Design (180g) (▲1) | Easier to carry; fits in most bags. | Reduced battery life due to compact size. |
| | Our Advanced: Compact Clip-On (150g) (▲2) | Attaches to lab coats/pockets; ultra-portable. | Fragile clip mechanism; less durable than standard designs. |