CNC Automatic Welding Machine Fo Water Heater tank Nut Tank Nipple Outlet

Name: CNC Automatic Welding Machine Fo Water Heater tank Nut Tank Nipple Outlet
Brand: Yancheng City Kelite Welding Equipment Co., Ltd.
SKU: 1600534095105_1
Price: 4500.00 USD
Availability: InStock
Rating: 4.8 (100 reviews)

Product overview

Core functionalities

Applicable scenarios

Unique advantages

Precision Welding Automation: Designed to automate the welding process for water heater tank nuts, tank nipples, and outlet joints, ensuring consistent quality and structural integrity.
Welding Manipulator Integration: Equipped with a programmable CNC system to handle complex geometries and repetitive tasks, reducing manual labor and error rates.

Key features

1. Material Technology

With a corrosion-resistant metal frame, ensure durable operation in industrial environments, reducing maintenance needs for long-term reliability.

2. Interactive Design

With a programmable touchscreen interface, customize welding parameters and presets for precise control over nut and outlet welding on water heater tanks.

3. Performance Parameters

With automated welding capabilities, achieve 30% faster output than manual welding methods*, streamlining production for high-volume manufacturing.

4. Scenario Solutions

Optimized for continuous operation in commercial settings, ensuring consistent performance for large-scale water heater tank production lines.

5. Certification Standards

Complies with international safety standards (e.g., CE certification), ensuring reliable and compliant welding processes*.

Product details

The CNC Automatic Welding Machine for Water Heater Tanks is designed to automate precise welding of tank nuts, nipples, and outlets. Equipped with a welding manipulator and AC current compatibility, it ensures consistent quality while reducing labor costs.

Technical specifications

Feature	Specification	Benefit
AC Current	50/60Hz, 220V single-phase input	Global power grid compatibility
Welding Manipulator	6-axis robotic arm	Precision positioning for complex joints
Cooling System	Integrated liquid cooling	Prevents overheating during prolonged use
Certification	CE, RoHS compliant	Meets international safety standards

Customization guide

Adjustable parameters include welding speed (0–10mm/s) and cooling intensity to accommodate different material thicknesses or environmental conditions.

Get inspired

With the CNC Automatic Welding Machine, you can achieve seamless, defect-free welds on water heater tanks. Its robotic arm ensures repeatable precision, while the cooling system maintains optimal temperatures for high-volume production.

Choose your model

Parameter	Base Model	Advanced Model	Pro Model
Welding Speed	1m/s	+15% (1.15m/s)	+30% (1.3m/s)*
Positioning Accuracy	±0.5mm	±0.3mm	±0.1mm
Cooling Efficiency	Standard	Enhanced airflow	Liquid + airflow
Automation Level	Semi-automatic	Fully automatic	AI-assisted adaptive

Supplier's note

Three Technical Breakthroughs:
- The 6-axis robotic arm enables 360° access to tank outlets, eliminating manual repositioning.
- Liquid cooling reduces thermal distortion by 40% compared to air-cooled systems.
- 220V single-phase input lowers energy costs by 25% versus traditional 3-phase setups.
Optimal Version Selection:
- Base Model: Ideal for small workshops requiring basic automation. Its ±0.5mm accuracy suits standard tank designs.
- Advanced Model: Perfect for medium-scale production. The fully automatic mode cuts cycle times by 20% vs. manual methods.
- Pro Model: Designed for high-volume manufacturers. Its AI adaptive controls and ±0.1mm precision ensure flawless welds on complex geometries, such as curved tank nipples.

*Pro Model’s speed exceeds industry benchmarks by 20%, enabling 200+ units/day output.

Frequently asked questions

Which CNC welding machine model is best for small water heater tanks?
Is the CNC welding machine compliant with industrial safety standards?
How often should the welding manipulator be serviced?
Can this machine handle both nut tanks and water heater outlets?
What welding speeds can the 220V CNC machine achieve?
Can the CNC machine be customized for specific tank dimensions?
What materials are used in the welding manipulator for durability?
Does the AC current ensure stable performance in welding?

Product comparison

Category	Usage Scenarios	Characteristics	Advantages	Disadvantages
Voltage Compatibility	Industrial workshops with standard power	Industry: 220–240V (IEC 60950-1) Base: 220V (▲) Advanced: 100–240V (▲▲)	Base: Cost-effective for 220V regions; Advanced: Global usability (▲▲)	Base: Incompatible with 110V regions; Advanced: Higher upfront cost (▲▲)
Current Type	Light to medium-duty welding	Industry: AC/DC (IEC 60974-1) Base: AC (▲) Advanced: AC+DC (▲▲)	Base: Lower cost for basic tasks; Advanced: Versatile for all materials (▲▲)	Base: Limited to thin metals; Advanced: Requires training for DC use (▲▲)
Automation Level	High-volume production lines	Industry: Semi-automatic (ISO 9001) Base: Basic CNC (▲) Advanced: Full CNC (▲▲)	Base: Streamlines simple tasks (▲); Advanced: Precision for complex designs (▲▲)	Base: Less adaptable for custom jobs; Advanced: Higher maintenance needs (▲▲)
Power Consumption	Energy-conscious facilities	Industry: 5.5 kW (IEC 60038) Base: 4.2 kW (▲) Advanced: 3.8 kW (▲▲)	Base: 23% more efficient than industry (▲); Advanced: 30% savings (▲▲)	Base: Slower for heavy-duty; Advanced: Reduced output speed (▲▲)
Noise Level	Office-adjacent workshops	Industry: 80 dBA (OSHA) Base: 75 dBA (▲) Advanced: 70 dBA (▲▲)	Base: 6 dB quieter than industry (▲); Advanced: Quieter than lawnmower (▲▲)	Base: Still requires ear protection; Advanced: Higher cost for noise reduction (▲▲)
Safety Features	High-risk environments	Industry: Basic E-stop (ISO 13850) Base: IP54 (▲) Advanced: IP65 + E-stop (▲▲)	Base: Dust/water resistance (▲); Advanced: Full ingress protection (▲▲)	Base: Limited to dry conditions; Advanced: Adds weight and complexity (▲▲)