Tilting Braising Pans for Batch Cooking
Tilting braising pans (commercial tilting skillets / automatic stir-fry cookers) combine shallow frying, sautéing, braising, boiling and high-volume sauce, stew and batch meal production in one versatile vessel. The correct specification depends on batch mass, product viscosity, required heat transfer rate, discharge method and the utilities available at the site.
HSYL provides heavy-duty commercial tilting braising pans and planetary cooking mixers ranging from 200 L to 650 L capacity. Units feature planetary bottom/side scraping agitators to eliminate scorching on viscous foods, hydraulic 0–90° tilt discharge, and options for electromagnetic induction, high-efficiency gas or industrial steam heating. For dedicated bulk soup, stock and sauce boiling, compare with the Commercial Steam-Jacketed Tilting Kettle Series (100L–600L).
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Standard Engineering & Parameter Matrix
Standard technical configurations across the HSYL tilting braising pan and planetary cooking cooker platform:
| Model | Pan Diameter | Bowl Depth | Nominal Capacity | Heating Method & Power | Agitation / Tilt Drive | Dimensions (L×W×H) | Net Weight |
|---|---|---|---|---|---|---|---|
| CK-TBP-900 | Φ900 mm | 450 mm | 200–250 L | Gas (Infrared Honeycomb) / Electric 24 kW | 2.2 kW Agitator (0–45 rpm) / Hydraulic Tilt | 1650 × 1400 × 1600 mm | 约 800 kg |
| CK-TBP-1000 | Φ1000 mm | 500 mm | 300–350 L | Induction 40 kW (380V/3P/50Hz) / Gas | 2.2 kW Dual Planetary (0–60 rpm) / Hydraulic | 1850 × 1700 × 1750 mm | 约 950 kg |
| CK-TBP-1200 | Φ1200 mm | 600 mm | 400–450 L | Induction 60 kW / Steam 0.30–0.35 MPa | 2.2 kW Agitator + 1.5 kW Hydraulic Tilt | 2200 × 1850 × 1850 mm | 约 1050 kg |
| CK-TBP-1400 | Φ1400 mm | 700 mm | 650 L (400 kg batch) | Induction 60–80 kW / Heavy-Duty Gas | 2.2 kW Multi-Claw Agitator + 1.5 kW Tilt | 2800 × 2100 × 1850 mm | 约 1200 kg |
How to Specify the Right Configuration
| Decision | What to Confirm |
|---|---|
| Batch volume | Define the largest practical batch mass (kg) and number of batches required during the peak production window (200 L to 650 L class). |
| Product & process | State whether the pan is used for sautéing, viscous sauces, meat braising, curry bases, stir-frying or high-sugar fillings. |
| Agitation requirement | Select non-stick planetary scrapers (revolution + rotation) for sauces, seasonings and thick purees to prevent bottom scorch. |
| Energy source | Confirm 380V 3-phase electrical capacity (40–80 kW for induction), natural gas/LPG pressure, or central boiler steam availability. |
| Tilting method | Powered hydraulic 0–90° tilt discharge matches standard 200 L euro-bins, mobile totes or pump-transfer hoppers. |
| Vessel & cleanability | Standard food-contact bowl in AISI 304; specify AISI 316 for acidic tomato/vinegar recipes; hydraulic arm lifts clear for wash-down. |
| Layout & ventilation | Coordinate capture hood exhaust volume, floor drain trenching, and chef service clearance in front of the pouring spout. |
Typical Applications
- Central kitchen batch meal cooking
- Factory, corporate and university canteens
- Hotel banquet prep and bulk sauce production
- Food processing plants (sauces, pastes, fillings, pre-cooked dishes)
- High-volume Asian wok-style and Western stew batch cooking
Engineering & Procurement Notes
- HSYL tilting braising pans and planetary cooking cookers standardise on 900 mm, 1000 mm, 1200 mm and 1400 mm bowl diameters, with batch capacities from 200 L up to 650 L.
- Electromagnetic induction models achieve up to 90%+ thermal efficiency, cutting energy consumption by 40–50% compared to traditional atmospheric gas burners while keeping prep room ambient temperatures low.
- Planetary agitators combine self-rotation (14–69 rpm) with planetary revolution (6.7–33 rpm) and food-grade PTFE spring-loaded scrapers to ensure zero blind spots and prevent surface caramelisation or sticking.
- The category page targets commercial tilting braising pan procurement; specific SKU technical data sheets define final project voltages, breaker sizing and custom lid/hopper configurations.
Information Required for an Accurate RFQ
- Application, menu or process and peak operating duty.
- Required capacity, dimensions or custom fabrication drawing.
- Available utilities and drainage/ventilation information where relevant.
- Installation space, access route and floor plan if available.
- Destination market and required compliance/documentation scope.
- Required quantity, accessories, spare parts and target project schedule.
Related HSYL Resources
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Send HSYL the operating requirement before selecting a model or fabrication detail from price alone. The engineering review connects the equipment to capacity, site utilities, layout, workflow and destination conditions.
