PANA Series

PANA Series MIG Welding Torches for Manual and Robotic Welding

INWELT PANA Series is a family of gas-cooled MIG/MAG welding torches covering manual welding and automated robotic welding applications.

The range includes:

• P180 for lower-current manual fabrication

• P350 for medium- to heavy-duty production welding

• P500 for high-current industrial MIG/MAG welding

• 350D Robot Torch for automated and robotic welding cells

This product structure allows welding equipment distributors and industrial users to select a torch according to welding current, wire diameter, duty cycle, cable requirements and whether the process is manual or automated.

PANA-style replacement consumables and components are also available, allowing buyers to source complete torches together with contact tips, gas nozzles, liners, torch heads, handles and cable assemblies.

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Explore the INWELT PANA MIG Welding Torch Range

P180 MIG Welding Torch – Compact 200A Manual Welding Gun

The P180 is the most compact manual model in the INWELT PANA range.

The INWELT configuration is rated at:

• 200A with CO₂ shielding gas

• 160A with mixed gas

• 60% duty cycle

• Ø0.8–1.2 mm welding wire

• 3 m / 4 m / 5 m cable options

• Gas-cooled construction

The P180 is suited to welding applications where maneuverability and a relatively compact torch are important.

Typical uses include:

• Light metal fabrication

• Automotive repair

• Sheet-metal work

• General workshops

• Maintenance

• Small machinery

• Furniture and light structural fabrication

For distributors, the P180 provides an entry-level model within the PANA family while sharing the same overall consumable-supply concept as the higher-current models.

P350 MIG Welding Torch – 340A Industrial Welding Torch

The P350 provides a significant increase in welding capacity for medium- and heavy-duty MIG/MAG fabrication.

The current INWELT specification includes:

• 340A with CO₂

• 320A with mixed shielding gas

• 60% duty cycle

• Ø0.8–1.6 mm welding wire

• 3 m / 4 m / 5 m cable options

• Gas-cooled construction

This makes the P350 a strong general-purpose industrial model for applications requiring more current and a wider wire range than the P180.

Typical applications include:

• Structural steel fabrication

• Machinery manufacturing

• Trailer and truck body production

• Agricultural equipment

• Automotive manufacturing

• Industrial production welding

• General heavy fabrication

For many welding distributors, P350 can serve as the core medium-to-heavy-duty model in a PANA-style MIG torch product range.

P500 MIG Welding Torch – 500A Heavy-Duty Air-Cooled Gun

The P500 is the highest-current manual torch currently listed in the INWELT PANA Series.

The current specification includes:

• 500A with CO₂

• 450A with mixed shielding gas

• 60% duty cycle

• Ø0.8–1.6 mm welding wire

• 3 m / 4 m / 5 m cable options

• Gas / air-cooled construction

The P500 is designed for applications where higher welding current and deposition rates are required without moving to a water-cooled torch platform.

Typical uses include:

• Heavy structural fabrication

• Shipbuilding

• Heavy machinery

• Mining and construction equipment

• Large steel assemblies

• High-deposition production welding

• Industrial repair

Because higher welding current places greater thermal load on the front-end components, correct contact-tip, nozzle and cable selection becomes increasingly important at P500 operating levels.

350D Robotic MIG Welding Torch – 350A Automated Welding Solution

The 350D extends the PANA Series from manual welding into automated and robotic MIG/MAG production.

The INWELT 350D is an air-cooled robotic torch specified at:

• 350A with CO₂

• 280A with mixed gas

• 60% duty cycle

• Ø0.8–1.2 mm welding wire

• Customizable cable length

• Replaceable torch neck

• 31° and 45° neck options

• PANA / EURO interface configurations

Unlike P180, P350 and P500, the 350D is designed primarily for integration into robotic or automated welding cells rather than hand-held operator use.

Its replaceable-neck construction can simplify maintenance when the torch neck becomes worn or damaged.

Different neck-angle and mounting configurations can also help system integrators optimize torch access for specific fixtures and weld-joint geometries.

Typical applications include:

• Automotive production

• Robotic fabrication cells

• Repetitive component welding

• Metal furniture production

• Machinery manufacturing

• Automated structural assemblies

• High-volume MIG/MAG welding

P180 vs. P350 vs. P500 vs. 350D: Which PANA MIG Torch Should You Choose?

Model	Operation	CO₂ Rating	Mixed Gas Rating	Duty Cycle	Wire Range	Cable
P180	Manual	200A	160A	60%	Ø0.8–1.2 mm	3 / 4 / 5 m
P350	Manual	340A	320A	60%	Ø0.8–1.6 mm	3 / 4 / 5 m
P500	Manual	500A	450A	60%	Ø0.8–1.6 mm	3 / 4 / 5 m
350D	Robotic / Automated	350A	280A	60%	Ø0.8–1.2 mm	Custom

Choose P180 When:

• Lower welding current is sufficient

• A lighter manual torch is preferred

• Ø0.8–1.2 mm wire covers the application

• General fabrication and repair are the main workloads

Choose P350 When:

• More current capacity is required

• Ø0.8–1.6 mm wire flexibility is useful

• Medium- to heavy-duty fabrication is common

• One versatile industrial manual torch is required

Choose P500 When:

• High-current manual welding is required

• Heavy fabrication is the primary application

• Larger components and higher deposition rates are common

• A 500A-class gas-cooled torch matches the welding procedure

Choose 350D When:

• Welding is robotic or automated

• Repeatability and torch mounting are more important than handheld ergonomics

• Replaceable torch necks are preferred

• Custom cable length or neck-angle configuration is required

Manual MIG Torch vs. Robotic MIG Torch

P180, P350 and P500 are designed primarily for manual welding, while 350D is designed for robotic and automated installations.

Manual PANA MIG Torches

Manual welding guns include a handle and trigger so the welder can control:

• Torch angle

• Travel direction

• Arc position

• Wire placement

• Working distance

They are appropriate for variable fabrication where operators regularly move between different weld joints.

350D Robotic MIG Torch

A robot torch operates as part of an automated system.

Instead of being held by a welder, the torch is mounted to a robot or automation fixture.

Important selection factors therefore include:

• Torch-neck geometry

• Mounting system

• Cable routing

• Robot working envelope

• TCP consistency

• Consumable accessibility

• Maintenance time

• Collision recovery strategy

The best robotic torch configuration should be confirmed with the robotic cell design and welding procedure.

How to Select the Correct PANA MIG Welding Torch

Selecting a MIG torch only by model name can lead to an incorrect configuration.

Professional buyers should evaluate several factors.

Welding Current

Start with the actual welding current used in production.

Choose a torch whose rated capacity and duty cycle match the welding procedure.

For example, moving from P180 to P350 or P500 is appropriate when the normal welding load requires additional current capacity.

Shielding Gas

Torch ratings can differ between:

• 100% CO₂

• Argon/CO₂ mixed shielding gas

Always compare the correct gas rating rather than relying on one maximum amperage number.

Wire Diameter

The wire-feeding system—including contact tip and liner—must match the welding wire.

Current INWELT configurations cover:

• P180: Ø0.8–1.2 mm

• P350: Ø0.8–1.6 mm

• P500: Ø0.8–1.6 mm

• 350D: Ø0.8–1.2 mm

Cable Length

Manual PANA torches are available in standard 3 m, 4 m and 5 m configurations.

Choose a cable long enough for the workstation without adding unnecessary weight and drag.

The 350D robotic torch can be configured according to the layout of the automated welding cell.

Welding Machine Connection

Always confirm:

• Power connection

• Gas connection

• Trigger wiring

• Central connection

• Machine interface

Do not assume that every PANA-style torch will connect directly to every MIG/MAG welding machine.

PANA MIG Torch Consumables and Replacement Parts

Consumable availability is an important consideration for distributors and industrial welding operations.

INWELT supplies replacement components across the PANA family.

MIG Contact Tips

Contact tips transfer welding current to the wire immediately before the arc.

INWELT supplies PANA-style contact tips for P180, P350 and P500 in materials including:

• E-Cu

• CuCrZr

Available dimensions and wire bores vary according to the torch platform.

Correct contact-tip selection helps maintain:

• Stable electrical contact

• Smooth wire feeding

• Predictable arc characteristics

• Appropriate service life

Gas Nozzles

The nozzle directs shielding gas around the welding arc and protects the front-end components.

PANA-style nozzles are available for P180, P350 and P500 configurations.

Different geometries may be selected according to joint access and welding requirements.

Gas Diffusers and Tip Holders

The diffuser supports the contact tip and distributes shielding gas through the front end of the torch.

Correctly matched diffusers are important for both mechanical alignment and gas coverage.

Wire Liners

The liner guides the welding wire through the torch cable.

Choose the liner according to:

• Wire diameter

• Wire material

• Torch length

• Welding application

A worn or incorrectly selected liner can contribute to feeding resistance and unstable welding.

Torch Heads, Handles and Cable Assemblies

INWELT can also supply service components such as:

• Torch heads

• Handles

• Trigger switches

• Cable assemblies

• Rear connections

• Support springs

For B2B customers, complete torch-and-consumable packages can simplify purchasing and aftermarket support.

Why PANA Consumable Compatibility Matters for Distributors

A MIG torch generates repeat sales through its replacement components.

For distributors, it is therefore important to evaluate the complete product ecosystem rather than the torch alone.

A well-planned PANA inventory can include:

• P180 / P350 / P500 complete torches

• 350D robotic torches and neck components

• Contact tips

• Gas nozzles

• Diffusers

• Liners

• Torch heads

• Cable assemblies

• Switches

• Repair components

This helps customers continue operating the torch after consumables begin to wear.

It also allows distributors to develop an aftermarket consumable program around the installed torch base.

Applications for PANA Series MIG Welding Torches

The four PANA models cover a broad range of manual and automated MIG/MAG welding applications.

Typical industries include:

• Automotive manufacturing

• Structural steel fabrication

• Machinery production

• Agricultural equipment

• Truck and trailer manufacturing

• Shipbuilding

• Construction equipment

• Metal furniture

• General fabrication

• Industrial maintenance

• Robotic welding cells

• Automated production lines

Torch selection should still be based on the actual current, duty cycle, wire and production environment rather than the industry name alone.

PANA Series for MIG/MAG and FCAW Applications

PANA-style torch platforms are primarily used in MIG/MAG welding.

Depending on the wire, liner, contact-tip configuration and welding power source, suitable torch assemblies can also be used in applicable gas-shielded flux-cored welding operations.

The welding procedure should determine:

• Wire type

• Wire diameter

• Shielding gas

• Welding current

• Contact tip

• Liner

• Torch capacity

For specialized wire applications, confirm the required configuration with INWELT before ordering.

PANA MIG Welding Torch Manufacturer for OEM and Wholesale Supply

INWELT supplies MIG welding torches and replacement components to professional B2B customers including:

• Welding equipment manufacturers

• Welding-machine brands

• Importers

• Distributors

• Wholesalers

• Industrial supply companies

• Robotic welding integrators

• Private-label welding brands

Customers can source a single PANA model or build a broader torch range covering light, medium, heavy and automated welding.

OEM and Private-Label PANA MIG Torch Options

Qualified OEM and ODM projects can be configured according to customer and market requirements.

Customization may include:

• Brand logo

• Product labeling

• Handle appearance

• Packaging

• Cable length

• Connection interface

• Consumable kits

• Instruction manuals

• Bulk cartons

• Barcode requirements

• 350D robotic cable configuration

• Robot torch neck options

For OEM development, provide the welding-machine specification, target current range, wire size, connection interface and expected order quantity.

Quality Control for PANA MIG Welding Torches

For professional B2B buyers, quality consistency is particularly important because the torch includes electrical, gas, wire-feeding and mechanical components in one assembly.

Relevant production checks can include:

• Dimensional inspection

• Cable assembly inspection

• Electrical continuity

• Insulation

• Gas flow

• Trigger function

• Connector fit

• Contact-tip fit

• Liner installation

• Final torch assembly

For robotic 350D projects, mounting dimensions and torch-neck configuration should also be confirmed before volume production.

Frequently Asked Questions About PANA MIG Welding Torches

What models are included in the INWELT PANA Series?

The current INWELT MIG range includes P180, P350, P500 and 350D robotic MIG welding torch configurations.

What is the difference between P180, P350 and P500?

The main differences are welding-current capacity and wire range.

P180 is the lower-current manual model, P350 covers medium- to heavy-duty welding, and P500 provides the highest current capacity for heavy industrial manual welding.

Which PANA torch is best for general fabrication?

P350 provides a useful balance between current capacity and wire range for many general industrial fabrication applications.

The final choice should still be based on the actual welding procedure.

Which PANA torch should I use for heavy welding?

P500 is the highest-current manual model in the current INWELT PANA range.

It is specified for 500A with CO₂ and 450A with mixed gas at a 60% duty cycle.

What is the 350D MIG torch used for?

The 350D is intended for robotic and automated MIG/MAG welding rather than conventional handheld welding.

It uses a replaceable torch neck and can be configured for robotic cell requirements.

Is the 350D the same as the P350?

No.

Although both operate in a similar current class, P350 is primarily a manual MIG welding torch while 350D is designed for automated and robotic installations.

Are PANA Series torches air cooled?

The P180, P350, P500 and current 350D models listed in this category are gas/air cooled.

What cable lengths are available?

P180, P350 and P500 are available in standard 3 m, 4 m and 5 m configurations.

350D cable length can be configured according to the robotic welding system.

What wire sizes are supported?

Current INWELT specifications list:

• P180: Ø0.8–1.2 mm

• P350: Ø0.8–1.6 mm

• P500: Ø0.8–1.6 mm

• 350D: Ø0.8–1.2 mm

Does INWELT supply replacement consumables?

Yes.

INWELT supplies PANA-style contact tips, nozzles and other replacement components together with complete torch assemblies.

Can INWELT supply OEM or private-label PANA MIG torches?

Yes.

OEM/ODM services can include branding, packaging, cable and connector configurations, consumable kits and product labeling for qualified B2B projects.

Can I use an INWELT PANA torch on any MIG welder?

Not automatically.

The current rating, connection, trigger wiring and machine interface should be checked before ordering.

For replacement projects, provide the MIG welding-machine model and photographs of the existing torch connection.

Request a Quote for PANA Series MIG Welding Torches

Looking for P180, P350, P500 manual welding torches, a 350D robotic MIG torch, replacement consumables or an OEM welding torch supplier?

For faster configuration confirmation, provide:

• MIG/MAG welding-machine brand and model

• Manual or robotic application

• Normal welding current

• CO₂ or mixed shielding gas

• Welding wire diameter

• Required cable length

• Torch connection

• Consumable requirements

• Estimated quantity

• INWELT or private-label branding

INWELT can then recommend the most appropriate PANA torch and consumable configuration for your welding application.