TEBAK 2-Grid Egg Roll Machine 1500W | B2B Buying Guide

What the source record confirms

The TEBAK source record describes a commercial two-grid egg roll machine, also called an electric chicken roll machine or sausage roll maker. The product ID is 1601369049096. The structured queue record contains no parameter list, so this guide separates the values stated in the product title from engineering information that still requires a supplier confirmation.

Source statement	Value	Evidence status
Grid configuration	2 grids	Stated in the product title; confirm cavity count, layout and whether both grids heat independently.
Electrical power	1500W	Stated in the product title; confirm rated input, current, frequency, phase and plug.
Temperature statement	300C Degree Temperature Control	Stated in the title; confirm whether 300C is a maximum setting, a surface temperature, a controller limit or a marketing description.
Application wording	Eggs roll, chicken roll, sausage roll maker	Application wording only; confirm recipes, cavity shape, product size and food-contact configuration.

The queue does not provide a model number, plate dimensions, cavity size, machine dimensions, weight, material grade, coating, heating method, temperature accuracy, warm-up time, output rate, voltage, frequency, plug, certification, warranty or spare-parts information. These are RFQ confirmation items. Do not convert the title into a complete technical datasheet.

This guide uses product ID 1601369049096 in the quotation, drawing, sample test, inspection report, packing list and manual. The title also contains the phrase “electric chicken roll machine”; the supplier should confirm whether that phrase describes a recipe, a cavity form or a translated product name.

1. Procurement identity and intended application

Use the exact procurement identity: TEBAK Commercial 2 Grids Eggs Roll Machine 1500W Electric Chicken Roll Machine with 300C Degree Temperature Control Sausage Roll Maker. Ask the supplier to confirm that the quotation corresponds to product ID 1601369049096.

Clarify the intended food products before requesting a price. “Eggs roll”, “chicken roll” and “sausage roll” may refer to different recipes, filling weights, product diameters and cooking times. Request sample photographs and a cavity drawing for each intended product.

Ask whether the two grids mean two separate cooking plates, two rows of cavities, two independent heating zones or another configuration. The title does not define the grid layout.

Confirm whether the machine forms a rolled product, cooks a filled product, seals a batter sheet or performs another process. Do not infer the forming mechanism from the phrase “roll machine”.

Request a labelled diagram showing grids, hinges, handles, heating parts, controls, frame, cable entry and product-contact surfaces.

Keep product ID 1601369049096 on every quotation and sample. Do not accept a similar egg-roll or sausage-roll machine unless the supplier confirms the same grid configuration, power statement and temperature-control design.

2. Electrical requirements

The product title states 1500W, but the queue does not provide voltage, frequency, phase, current, plug or cable information. Request a complete electrical datasheet for the actual quoted configuration.

Ask whether 1500W is total rated input for both grids or for one heating assembly. Confirm whether the heaters can operate simultaneously at full load.

Request rated voltage, frequency, phase, rated current, plug type, cable length, grounding, circuit protection and acceptable voltage tolerance. Never infer these values from the wattage alone.

Ask for a nameplate photograph showing product ID or model, voltage, frequency and power. The nameplate must match the quotation and inspection record.

Confirm whether the controller cycles the heater and whether measured input varies with the setpoint. If the buyer needs an electrical test, define the test voltage, warm state, duty cycle and instrument.

Request wiring information, fuse or overload protection, leakage protection, switch rating and emergency isolation instructions.

Confirm destination-market plug and electrical compliance requirements. A product title does not establish CE, UKCA, UL, ETL, RoHS or any other certification.

For commercial kitchens, verify the outlet and circuit with the facility electrician. Do not treat the 1500W title value as a complete installation specification.

3. Grid, cavity and product-form confirmation

The title says “2 Grids”, but it does not provide the number, shape or dimensions of cavities. Request a dimensioned drawing showing each grid and the usable cooking area.

Confirm whether the grids are flat, grooved, spherical, cylindrical, tubular or shaped for a specific rolled product. Ask for cavity length, width, depth, pitch and finished product dimensions.

Define the product's target weight, diameter, length, filling, moisture, batter viscosity and finished texture. A grid suitable for one recipe may not be suitable for another.

Ask whether both grids are identical and interchangeable. Confirm independent adjustment, hinge arrangement, loading direction and removal clearance.

Request the open and closed clearances, handle position, product-release method and tools needed to remove a cooked roll without damaging the surface.

Test the smallest and largest planned product formats. Record filling leakage, sticking, shape, browning, sealing, cracking and product breakage.

Do not assume the word “egg roll” refers to one standard product size. Use the buyer's recipe and sample acceptance criteria.

Confirm whether the machine is intended for batter, dough, pre-cooked filling, raw meat filling or another food. The title alone does not establish safe cooking conditions.

4. Temperature-control claim

The title states “300C Degree Temperature Control”. This is a title-level claim, not a complete temperature specification. Ask the supplier to define whether 300C is a maximum setpoint, measured plate temperature, heater rating or controller display value.

Request temperature range, setpoint resolution, actual-surface accuracy, sensor location, hysteresis, control cycle and over-temperature cut-off.

Confirm whether each grid has independent temperature control and whether the controller displays setpoint or measured temperature.

Define a temperature test using a calibrated instrument and specified measurement locations. Surface temperature can vary across a grid and during loading.

Measure preheat time, temperature recovery after loading, center-to-edge variation and temperature difference between the two grids.

Ask how the controller responds to sensor failure, open circuit, stuck relay, power interruption and over-temperature conditions.

Do not write “operates at 300C” as a guaranteed fact unless the supplier provides a model-specific datasheet or the buyer's test confirms the meaning of the claim.

For food production, temperature alone does not prove safe cooking. Define product core temperature, time, recipe and local food-safety requirements separately.

5. Heating performance and recipe testing

Request the heating method and heater location. The queue does not say whether the machine uses tubular heaters, embedded elements, cartridges, plates or another design.

Define the buyer's recipe: batter mass, filling mass, starting temperature, moisture, oil use, loading method, target color, target texture and finished dimensions.

Run a controlled test on both grids. Record setpoint, actual surface temperature, preheat time, cook time, recovery time, product weight and rejection reasons.

Test the first product, repeated products and a full representative cycle. First-piece performance can differ from steady-state performance.

Measure heating uniformity across each grid. Record center, edge and cavity-to-cavity differences where relevant.

Check sticking, release, filling leakage, uneven browning, undercooking, burning, cracks and deformation.

Do not claim continuous production capacity from 1500W. Capacity depends on recipe, loading, cooking time, recovery, operator cycle and accepted-product ratio.

Ask the supplier to demonstrate the buyer's actual ingredients or an agreed equivalent. Record substitutions because batter and filling differences affect results.

6. Food-contact surfaces and sanitation

The title describes food applications but does not identify contact-surface materials, coatings or food-contact compliance. Request model-specific documentation for every surface that touches batter, filling or finished food.

Ask for plate material, coating type, surface treatment, maximum temperature rating, abrasion limits and cleaning restrictions. Do not describe the surface as non-stick, stainless steel, cast iron or food-grade without evidence.

Identify seams, hinges, cavity edges, fasteners and gaps where batter, oil or filling may collect. Request a cleaning-access drawing.

Define the cleaning method: scrape, wipe, dry clean, detergent wash or another approved process. Confirm electrical isolation and drying requirements before liquid cleaning.

Test cleaning after oily batter, sugar, egg, meat filling and cheese or other planned ingredients. Record residue locations and cleaning time.

Confirm allergen changeover procedure and the tools required to prevent cross-contact.

Ask for approved detergents and prohibited abrasives. Inspect coating or surface damage after repeated cleaning cycles.

Do not call the machine sanitary, food-grade, non-stick or allergen-safe unless model-specific evidence supports the claim.

7. Controls and operator workflow

Map the operator sequence from power-on to finished product: preheat, load, close, set temperature, time the cook, open, remove and clean.

Clarify whether the machine includes a timer, alarm, indicator, automatic shutoff, thermostat, digital display or manual control. The queue does not provide these details.

Request control-panel photographs and an operating manual. Identify power, heating, temperature, timer, reset and alarm controls.

Confirm whether both grids share controls or have separate control channels. Ask how a failure in one grid affects the other.

Define safe restart after a power cut, over-temperature event, opened plate or emergency isolation.

Ask for handle insulation, hinge protection, hot-surface warnings, pinch-point controls and safe product removal instructions.

Measure operator cycle time and required hand force using the buyer's recipe. Record whether one operator can load and unload both grids safely.

Provide training on burns, electrical isolation, steam, hot oil, filling leakage, cleaning and fault reporting.

8. Installation and kitchen planning

The source does not provide assembled dimensions or weight. Request a dimensioned drawing and packed dimensions before planning the counter or transport route.

Confirm counter footprint, working height, open-plate clearance, handle swing, side access, cable route and space for batter and finished products.

Ask whether the machine needs a heat-resistant counter, rear clearance, ventilation, splash protection or fixing points.

Assess heat, steam, grease and smoke at the intended location. Confirm local requirements for ventilation and fire safety.

Request machine weight, center of gravity, lifting points and bench stability requirements. Do not infer portability from a small product photograph.

Check access through doors, lifts and work areas. Packed dimensions and gross weight must be confirmed separately from the machine dimensions.

Complete a site acceptance checklist for outlet, circuit, counter, ventilation, access, cleaning area and storage of ingredients.

9. Capacity and production planning

Define capacity as accepted finished products per hour using the buyer's recipe. Do not treat the 1500W title statement as a throughput guarantee.

Record number of cavities or cooking positions, product mass, loading time, cooking time, release time, cleaning interruptions and operator count.

Test both grids individually and simultaneously. Measure recovery after each load and after a peak sequence.

Count accepted pieces, rework, rejects, waiting time, batter replenishment and operator breaks. Report the test duration and conditions.

Run tests at the intended temperature settings and recipe variants. A higher setpoint may reduce cook time while increasing burn or surface-variation risk.

Ask the supplier to state the test recipe behind any claimed output. Require the same recipe and acceptance criteria for comparison with another supplier.

Plan spare capacity for cleaning, changeover, maintenance and ingredient variation. A theoretical cycle rate is not the same as a stable commercial rate.

Do not publish a pcs/hour number unless it comes from a model-specific test with defined conditions.

10. Safety and quality acceptance

Write an acceptance protocol before ordering. Identify product ID 1601369049096, the supplier-confirmed model, the title-level 1500W and 300C statements, the buyer's recipe and the acceptance criteria.

Verify nameplate, controls, grid count, plate opening, supplied accessories, cable, plug, grounding, guards and warning labels.

Perform an unloaded control test and a loaded recipe test. Check power-on, heating, temperature control, timer or alarm, opening, closing, release and emergency isolation.

Measure temperature at defined points with a calibrated instrument. Record setpoint and actual surface readings for both grids.

Test product quality with the buyer's batter and filling. Record weight, dimensions, color, texture, release, sticking, leakage, cracks and rejection.

Check stability, handle temperature, pinch points, hot surfaces, cable condition, abnormal odor, abnormal noise and exposed wiring.

Inspect contact surfaces after cooking and cleaning. Record residues, scratches, coating changes and inaccessible areas.

Photograph the nameplate, controls, grids, test products, measurement setup and packing. Attach the signed test to the purchase file.

Define remedies for wrong model, unsafe temperature behavior, missing controls, incompatible recipe, poor release, incorrect electrical configuration or missing parts.

11. Maintenance and spare parts

Request a maintenance schedule covering grids, hinges, handles, heaters, thermostats, sensors, switches, cables, controllers, fasteners and contact surfaces.

Ask for spare-part numbers and prices for heating elements, thermostats or sensors, control boards, switches, knobs, handles, hinges and replaceable grids.

Confirm whether the grids are replaceable and what tools or isolation steps are required.

Define inspection criteria for slow heating, uneven temperature, unstable control, sticking, loose hinges, damaged coating, damaged cable and abnormal noise.

Request troubleshooting steps for no heat, one grid not heating, temperature overshoot, inaccurate display, difficult release and plate misalignment.

Confirm approved cleaning products and prohibited tools. Keep a log of operating hours, recipe, fault, repair and replacement part.

Request warranty response time, local service, remote support and spare-part lead time for the destination market.

12. Packing, delivery and commercial terms

Request packed dimensions, gross weight, package type, moisture protection, impact protection and lifting instructions. The queue contains no packing data.

Ask for a packing list naming machine body, grids, handles, control parts, cable, accessories, tools, manual and spare parts.

Confirm whether the machine is assembled or requires installation of handles, plates, controls or electrical parts.

Protect grids and coated surfaces from impact. Require pre-shipment photographs of the machine, nameplate and package.

Match carton markings to product ID 1601369049096 and the supplier-confirmed model. Record discrepancies before dispatch.

Confirm price, MOQ, lead time, shipping term, insurance, duties, destination delivery, warranty and after-sales service in writing.

Keep the title-level declarations separate from the signed technical datasheet and acceptance test.

13. Commercial comparison framework

Compare complete delivered configurations rather than only the 1500W headline. List grids, heaters, controller, handles, cable, plug, accessories, spare parts, documents and service.

Ask every supplier to test the same recipe, product mass, setpoint, cycle and acceptance standard. Uncontrolled demonstrations cannot support a fair comparison.

Separate title-level claims from confirmed engineering data. The baseline currently contains two grids, 1500W and a 300C temperature-control statement; model, dimensions, capacity and compliance remain open.

Check availability and price of critical parts, especially grids, heaters, sensors, controllers and handles.

Review warranty exclusions for coating wear, cleaning damage, incorrect voltage, overload, commercial duty, unauthorized repair and recipe misuse.

Do not treat a general company profile or unrelated certificate as proof of this product's electrical, food-contact or temperature performance.

14. RFQ checklist

• Confirm product ID 1601369049096 and the exact model number.
• Confirm what “2 Grids” means: cavity count, plate count, layout and independent heating.
• Confirm the 1500W title statement as total rated input and provide voltage, current, frequency, phase, plug and grounding.
• Define the “300C Degree Temperature Control” statement as maximum setting, surface temperature, controller limit or another value.
• Provide grid drawing, cavity dimensions, product size, filling limits and finished-product examples.
• Provide heating method, temperature range, accuracy, sensor location, recovery and over-temperature protection.
• Provide contact-surface material, coating, cleaning and food-contact documentation.
• Provide assembled and packed dimensions, net and gross weights, counter clearances and lifting requirements.
• Provide a capacity test using the buyer's recipe, product mass and acceptance criteria.
• Provide controls, manual, safety instructions, spare parts, warranty, MOQ, lead time and shipping terms.
• Confirm all included accessories and remedies for failed temperature, poor release, wrong model or missing parts.

15. Questions for the supplier

What exact model corresponds to product ID 1601369049096, and can you provide a nameplate photograph?

Does “2 Grids” mean two plates, two rows of cavities or another configuration? Are both grids independently heated?

Is 1500W the total rated input for the complete machine? What are voltage, current, frequency, phase, plug, cable and grounding requirements?

What exactly does “300C Degree Temperature Control” mean, and how is temperature measured?

What are the grid, cavity and finished-product dimensions for egg roll, chicken roll and sausage roll applications?

What recipes and product weights were used to establish the demonstration result or claimed capacity?

Which surfaces contact food, what materials or coatings are used, and which cleaning products are approved?

What are the assembled and packed dimensions, net and gross weights, clearances and lifting requirements?

Which heaters, thermostats, sensors, controllers, grids and handles are available as spare parts?

What model-specific safety, electrical, food-contact, warranty and destination-market documents are supplied?

16. What not to assume

Do not assume the product has a particular model number because none is present in the structured queue fields.

Do not assume 1500W identifies voltage, current, frequency, phase, plug or circuit requirements.

Do not assume 300C is a measured surface temperature, maximum setpoint or guaranteed operating temperature without clarification.

Do not assume two grids means two identical independently controlled cooking surfaces.

Do not assume egg roll, chicken roll and sausage roll are interchangeable recipes or cavity formats.

Do not assume the machine's title proves a specific cavity dimension, output rate, warm-up time or temperature accuracy.

Do not assume a contact surface is non-stick, stainless steel, cast iron, food-grade or chemically compatible without documents.

Do not assume a product image or general company certificate proves the quoted model's compliance.

Do not approve the machine without testing the buyer's recipe, filling, product size and cleaning process.

17. Final procurement decision

The source-confirmed baseline for this TEBAK item is product ID 1601369049096, described as a commercial two-grid egg roll machine, electric chicken roll machine and sausage roll maker. The title declares 1500W and a 300C temperature-control statement, but the queue provides no structured engineering parameters or model number.

Proceed to purchase only after the supplier confirms model identity, grid and cavity design, electrical data, temperature meaning, food-contact surfaces, recipe performance, dimensions, packing, spare parts, safety documents and commercial terms. The purchase order should identify product ID 1601369049096 and attach the agreed sample test.

Editor's note: This guide uses the supplied Hoting queue title and product image, treats 1500W and 300C as title-level declarations requiring confirmation, and does not invent missing specifications.