CECLE Machine

BD-50/100 Noodle Making Machine for Food Processing (Electric Drive)

Name: BD-50/100
Brand: CECLE
Price: 1499.0 USD
Availability: InStock

$1,499.00 USD

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Taxes included. Shipping calculated at checkout.

Model BD-50 (201 Pressing stick） BD-50 (304 Pressing stick） BD-80 (201 Pressing stick） BD-80 (304 Pressing stick） BD-100 (201 Pressing stick） BD-100 (304 Pressing stick）

Pressure surface adjustment You can choose two noodle knives and need to contact customer service

Shipping method By sea to door about(25-40 days)

Quick Answer: The CECLE BD-50/100 commercial Dual-Adjustment Automatic Noodle Pressing & Noodle Making Machine is a heavy-duty, multi-functional pasta processing equipment engineered for school/factory canteens, noodle bars.

CECLE BD-50/100 vs. Traditional / Generic Alternative

Where the CECLE BD-50/100 stands out against manual or generic noodle making machines — measured on the dimensions buyers care about most.

Thermal Response & Heating System

CECLE BD-50/100For canteens and restaurants consuming large volumes of pasta daily, deploying a dual-adjustment noodle machine brings noticeable efficiency improvements: Disruptive Cost Reduction & Efficiency : A single.

Single Fixed HeatingUses cheap quartz tubes with slow preheating, uneven heat distribution, and frequent element burnouts.

Pressure Consistency

CECLE BD-50/100The CECLE Noodle Making Machine holds working pressure steady across batches, cutting weak-output rejects.

Inconsistent Contact PressureForce drifts part to part, causing weak seals or incomplete transfer.

Output Speed & Throughput

CECLE BD-50/100Rated 30 – 60 kg / hour Output Capacity: Built for steady commercial output with minimal idle time.

Slow Manual CyclingLoading and cycling depend on operator pace, limiting real throughput and raising labor cost.

Operational Mechanism & Drive

CECLE BD-50/100Purpose-Built Rated Power: 750W / 1100W (High-Torque Pure Copper Motor) drive delivers steady, operator-independent output.

Manual Lever OperationOutput depends on operator strength and drifts between shifts.

Technical Specifications

Features	Traditional Hand Rolling / Board Cutting	Commercial Dual-Adjustment Automatic Machine
Output Capacity	5 – 10 kg / hour	30 – 60 kg / hour
Labor Requirement	Requires 2–3 skilled chefs	Requires only 1 operator
Thickness Uniformity	Relies on experience; uneven edges	Extremely high (millimeter-level dual calibration)
Noodle Varieties	Limited by manual knife skills	Multiple quick-swap cutter specs (round/flat/wide)
Target Application	Families, micro workshops	Restaurants, canteens, noodle bars, supermarkets

Core Technical Indicators	Commercial Dual-Adjustment Noodle Machine
Output Capacity	30 – 60 kg / hour
Rated Power	750W / 1100W (High-Torque Pure Copper Motor)
Rated Voltage	220V / 50Hz (110V / 60Hz Customizable)
Roller Effective Width	200 mm / 240 mm (Optional models)
Thickness Range	0.5 mm – 5.0 mm (Stepless Dual-Handwheel Adjustment)
Optional Cutter Blades	2mm (Fine round), 3mm (Standard flat), 6mm (Wide), 9mm (Extra-wide)
Machine Weight	Approx. 35 – 48 kg
Machine Dimensions	Approx. 450 * 380 * 480 mm
Material Construction	Food-Grade Stainless Steel Casing + Hardened Polished Alloy Rollers

Pre-installation requirements: Rated Power: 750W / 1100W (High-Torque Pure Copper Motor); Rated Voltage: 220V / 50Hz (110V / 60Hz Customizable); Machine Weight: Appro × . 35 – 48 kg; Machine Dimensions: Appro × . 450 × 380 × 480 mm.

Compatible Applications & Materials

industrial products — primary target products for this Noodle Making Machine line
Standard industrial materials compatible with the machine's rated spec range
B2B production lines and contract manufacturing workshops

Standard Operating Procedure (SOP)

Below is the standard operating procedure for setup, dough rolling, noodle slicing, and daily maintenance:
Pre-Operation Preparation &amp
Safety Inspection Place the machine securely on a level, sturdy commercial workbench
Ensure the safety guard is fastened tightly and plug the machine into a grounded 220V power outlet
Inspect rollers and cutter combs to ensure they are clean, dry, and free of dried dough residue
Dough Sheeting &amp
Dual-Handwheel Calibration Dough Pre-treatment : Flatten the prepared dough slightly by hand to a width that fits the roller intake

Engineering FAQ

Why is dual-handwheel adjustment superior to single-knob adjustment?
A: Under sustained load, single-knob mechanisms tend to apply uneven force, causing the roller ends to tilt slightly and producing sheets that are thicker on one side. Dual-handwheel systems allow independent calibration on both sides, ensuring absolute roller parallelism and perfectly uniform sheet thickness.

Can this machine be used strictly as a dough sheeter without slicing noodles?
A: Absolutely. The noodle cutter features a modular quick-release design. Removing the cutter turns the unit into a high-performance commercial dough sheeter for dumpling skins, wonton wrappers, baozi sheets, layered flatbreads, pizza crusts, and pastry dough.

How can I prevent the fresh noodles from sticking together during cutting?
A: Two main factors: first, control dough hydration (keep water content around 38%–42% for a firmer dough); second, dust a thin layer of dry flour or cornstarch over the dough sheet before feeding it into the cutting blades.

What power supply does the BD-50/100 require?
A: The BD-50/100 runs on 750W / 1100W (High-Torque Pure Copper Motor) Rated Power. Ensure the facility provides a stable supply at this rating; voltage mismatch can damage the drive or reduce performance.

What peripheral equipment should be prepared for the BD-50/100?
A: Beyond the rated 220V / 50Hz (110V / 60Hz Customizable) Rated Voltage supply, prepare the standard fixtures/molds for your product format and a clean, stable workbench. No special external compressor is required for this electric model.

What routine maintenance keeps the BD-50/100 stable for long production runs?
A: Keep the working area clean, verify the rated power/air supply before each shift, and inspect wear parts per the technical manual. Stable input conditions are the main factor in consistent output and long service life.