Semi Automatic Longitudinal Vertical Seam Welder Straight Seaming Welding Machine for Cans

Name: Semi Automatic Longitudinal Vertical Seam Welder Straight Seaming Welding Machine for Cans
Brand: Chengdu Xinwei Welding Technology Co., Ltd.
Price: 18 USD
Availability: InStock

Quality Semi Automatic Longitudinal Vertical Seam Welder Straight Seaming Welding Machine for Cans factory

Basic Properties

Place of Origin:Sichuan, China

Brand Name:xinweihan

Certification:CE

Trading Properties

Minimum Order Quantity:1 set

Price:$18,000 / set

Standard Packaging:wooden box

Delivery Time:25-45 working days

Payment Terms:Western Union,T/T,D/P,D/A,L/C

Specifications

Product Name:	Semi Automatic Longitudinal Vertical Seam Welder Straight Seaming Welding Machine For Cans	Power (kw):	160-200
Thickness:	3 Mm	Voltage:	380V/50Hz
Warranty:	1 Year	Welding Length:	180~420mm
Max. Welding Thickness:	2.0mm+2.0mm	Working Mode:	Seam Welder
After Warranty Service:	Video Technical Support, Online Support And Spare Parts	After-sales Service Provided:	Free Spare Parts, Field Installation, Commissioning And Training
Highlight	automatic seam welding machine , tank seam welding machine , tank automatic seam welder

Product Description

Product Name:Semi Automatic Longitudinal Vertical Seam Welder Straight Seaming Welding Machine for Cans

Product Description

Achieve strong, consistent hermetic seams on cylindrical containers with our semi-automatic longitudinal vertical seam welder. Using resistance welding technology, two rotating wheels press the can body and generate localized heat, forming overlapping weld points into a continuous, high-strength bond. Ideal for oil tanks, industrial barrels, automotive fuel containers, mufflers, radiators, and storage cans. The system features a robust vibration-resistant frame, precision rolling welding head, and synchronized wheel drive for slip-free high-speed operation. Quick-response pneumatic pressurization and multi-channel cooling ensure weld integrity and extend electrode life. Reliable, repeatable seams with minimal setup time.

Technical Parameters

Model/Item	Unit	FN-80-H	FN-100-H	FN-160-H	FN-100-E	FN-160-E
Rated power	KVA	80	100	160	100	160
Voltage input	V	380	380	380	380	380
Frequency	Hz	50	50	50	50	50
Max. short circuit current	KA	26	30	40	30	40
Working stroke	mm	100	100	100	100	100
Welding efficiency	m/min	0.7-3.9	0.7-3.9	0.7-3.9	0.7-3.9	0.7-3.9
Max. force	N	6000	6000	7800	6000	7800
Max. welding capacity	mm	1.2+1.2	1.5+1.5	2.0+2.0	1.5+1.5	2.0+2.0
Motor Power	W	550	750	750	750	400
Cooling consumption	L/min	8	8	10	8	10
Weight	Kg	380	510	630	530	700

Main Features

Heavy-Duty Welding Frame
Fabricated from welded steel plate and sections, stress-relieved and machined for dimensional stability. Provides the rigidity needed to maintain alignment and precision during continuous seam welding.
High-Efficiency Rolling Welding Head
Constructed from single-piece chrome zirconium copper for optimal conductivity and heat resistance. Silver-contact shaft transmission combined with internal water cooling near contact zones ensures efficient power delivery, reduces thermal buildup, and prolongs component life.
Synchronized Wheel Drive System
A geared reduction motor drives both upper and lower welding wheels simultaneously via a differential gearbox and splined shaft. This maintains equal wheel speeds, preventing slippage or surface drag on the can during welding.
Rapid-Response Pressurization
Vertical-acting air cylinder with short-stroke solenoid valve connection enables fast clamp-and-release cycles. A self-lubricating guiding mechanism minimizes inertial impact, reducing electrode wear and preventing excessive indentation on workpiece surfaces.
Stable Pneumatic & Safety Control
Branded solenoid valves, regulators, and filters ensure consistent air supply. The system includes an air reservoir for pressure stabilization and a pressure sensor monitored by the PLC. Low-pressure detection prevents weld defects or cylinder failure, enhancing process reliability.
Multi-Zone Water Cooling System
Separate parallel cooling circuits for the transformer, inverter, and electrode assembly effectively dissipate heat. Equipped with inline flowmeters, filters, and ball valves, the system monitors coolant flow and triggers an alert if circulation is insufficient—protecting welding quality and part longevity