100A Non-HF Manual Plasma Cutting Torch with Back-Striking Start
The INWELT PT100 is an air-cooled manual plasma cutting torch designed for professional metal fabrication, repair, maintenance and industrial cutting applications.
The PT100 is rated at 100A with a 60% duty cycle and uses a non-high-frequency back-striking arc-starting system.
The current INWELT technical configuration includes:
100A rated current
60% duty cycle
Non-HF arc starting
Back-striking consumable system
Air / N₂ process gas
Approx. 4.5–5.0 bar gas pressure
Approx. 200 L/min gas flow
Approx. 100-second recommended post-flow
6 m and 12 m torch-lead options
Manual / handheld operation
The PT100 is available with several complete-torch and control configurations, including 1/4G integrated connections and central-adapter arrangements with 2-wire or 4-wire control.
INWELT PT100 Technical Specifications
| Specification | INWELT PT100 |
| Product Type | Manual / Handheld Plasma Cutting Torch |
| Model | PT100 |
| Brand | INWELT |
| Rated Current | 100 A |
| Duty Cycle | 60% |
| Cooling / Process Gas | Air / N₂ |
| Arc Starting | Non-HF / Back-Striking |
| Gas Pressure | Approx. 4.5–5.0 bar |
| Gas Flow | Approx. 200 L/min |
| Recommended Post-Flow | Approx. 100 seconds |
| Lead Length | 6 m / 12 m |
| Operation | Manual / Handheld |
| Standard Cutting | Available |
| Contact Cutting | Available |
| Gouging Consumables | Available |
| Connector Options | 1/4G Integrated / Central Adapter |
| Control Options | 2-Wire / 4-Wire |
| OEM / ODM | Available |
| Private Label | Available |
Before ordering, confirm the plasma power source, rated current, non-HF starting system, pilot-arc architecture, rear connector and control wiring.
Why Choose the PT100 for 100A Manual Plasma Cutting?
The PT100 is designed for compatible higher-output manual plasma systems requiring a non-HF torch platform.
100A Rated Current
The PT100 is positioned as a 100A manual plasma cutting torch.
The torch should be operated within its verified current rating and with the correct current-specific consumables.
60% Duty Cycle
The current INWELT specification lists a 60% duty cycle at 100A.
Actual thermal load can also be affected by:
Operating current
Ambient temperature
Arc-on time
Gas flow
Number of starts
Consumable condition
Non-HF Starting
The PT100 does not use a conventional high-frequency ignition circuit.
This differentiates it from HF torch families such as INWELT LT-series torches.
Back-Striking Consumable System
The PT100 uses a back-striking consumable architecture in which internal electrode/nozzle movement forms part of the pilot-arc starting sequence.
The electrode, tip, diffuser and torch head should therefore be treated as a matched system.
How the PT100 Non-HF Back-Striking System Works
The PT100 operates as part of a complete plasma cutting system consisting of:
During arc starting, the back-striking consumable system forms part of the pilot-arc sequence.
Once the plasma arc transfers to the workpiece, the cutting tip constricts the ionized gas into a concentrated plasma jet.
The plasma arc melts electrically conductive material while the high-velocity gas removes molten metal from the kerf.
PT100 vs. HF Plasma Cutting Torches
The PT100 is a non-HF plasma cutting torch.
It should not be treated as interchangeable with an HF torch simply because both products have similar amperage ratings.
| Feature | PT100 | HF Plasma Torch |
| Starting System | Non-HF / Back-Striking | High-Frequency |
| Primary Architecture | Mechanical/Pneumatic back-striking system | HF ignition circuit |
| Power Source Requirement | Compatible non-HF system | Compatible HF system |
| Consumables | Back-striking consumables | HF-specific consumables |
Always match the starting architecture to the plasma power source.
PT100 Complete Hand Torch Configurations
The current INWELT PT100 range includes several complete hand-torch assemblies.
| INWELT Code | Configuration |
| IJWU03072-00 | PT100 / 6 m / 1/4G / Integrated / 2-Wire / Back-Striking |
| IJWU04072-00 | PT100 / 12 m / 1/4G / Integrated / 2-Wire / Back-Striking |
| IJWU03074-00 | PT100 / 6 m / Central Adapter / 2-Wire / Back-Striking |
| IJWU04074-00 | PT100 / 12 m / Central Adapter / 2-Wire / Back-Striking |
| IJWU030641-0 | PT100 / 6 m / Central Adapter / 4-Wire / Back-Striking |
| IJWU040641-00 | PT100 / 12 m / Central Adapter / 4-Wire / Back-Striking |
Before publishing the final live table, verify the exact formatting of all internal codes against the current ERP/BOM system.
PT100 Cutting Tips by Current Range
The PT100 consumable platform contains several tip sizes for different operating-current ranges.
40–50A Cutting Tip
INWELT Code: IJWV1689-10
Reference: 51246.10
Specification:
Ø1.0 mm / 40–50A / Back-Striking
50–60A Cutting Tip
INWELT Code: IJWV1689-11
Reference: 51246.11
Specification:
Ø1.1 mm / 50–60A / Back-Striking
60–70A Cutting Tip
INWELT Code: IJWV1689-12
Reference: 51246.12
Specification:
Ø1.2 mm / 60–70A / Back-Striking
80–90A Cutting Tip
INWELT Code: IJWV1687-14
Reference: 51248.14
Specification:
Ø1.4 mm / 80–90A / Back-Striking
100A-Class Cutting Tip
INWELT Code: IJWV1687-15
Reference: 51248.15
Specification:
Ø1.5 mm / 100–110A / Back-Striking
For a product positioned as a 100A torch, this is the most relevant high-output cutting-tip configuration.
Verify the Ø1.6 mm 110–120A Tip Before Using It as the Standard PT100 Setup
The current INWELT page lists:
IJWV1687-16 / 51248.16 – Ø1.6 mm / 110–120A
and currently marks this item as a standard configuration.
This should be reviewed.
If the PT100 is officially rated at 100A, a 110–120A consumable should not automatically be presented as the default 100A configuration.
Before publishing it as standard, verify:
Maximum verified torch current
Duty cycle at higher current
Torch-head temperature
Cable rating
Matching diffuser
Matching shield
Complete power-source test data
If no 120A torch-level verification exists, keep the Ø1.6 mm tip as a related higher-current family part rather than the default PT100 nozzle.
PT100 Contact-Cutting Tips
The PT100 family supports contact-cutting consumables.
40–50A Contact Tip
INWELT Code: IJWV1685-10
Reference: 51276.10
50–60A Contact Tip
INWELT Code: IJWV1685-11
Reference: 51276.11
60–70A Contact Tip
INWELT Code: IJWV1685-12
Reference: 51276.12
80–90A Contact Tip
INWELT Code: JWV1697-14
Reference: 51278.14
Verify whether the INWELT code should be JWV1697-14 or IJWV1697-14 before publishing.
100A-Class Contact Tip
INWELT Code: IJWV1697-15
Reference: 51278.15
Specification:
Ø1.5 mm / 100–110A / Back-Striking
Use contact-cutting components only with the correct shield and front-end configuration.
PT100 Standard Cutting vs. Contact Cutting
The PT100 supports different front-end configurations.
Standard Cutting
Standard cutting uses a cutting tip together with the appropriate outside nozzle or spacer.
This arrangement is suitable for normal stand-off plasma cutting.
Contact Cutting
Contact cutting uses dedicated contact tips and shield components designed to operate close to or against the workpiece.
Do not drag a standard exposed cutting nozzle directly across the workpiece unless that consumable configuration is specifically designed for contact cutting.
PT100 Gouging Consumables
The PT100 consumable family includes gouging components.
The current gouging tip is:
INWELT Code: IJWV1698-22
Reference: 51278G.22
Description:
PT100 Gouging Tip / Back-Striking
The current product family also includes:
IJTN1075 / 60508 – Gouging Shield Cap
Plasma gouging can be used for:
Weld removal
Back-gouging
Defect removal
Joint preparation
Repair work
Use gouging consumables only when the plasma power source supports the process.
PT100 Back-Striking Electrode
The current standard electrode is:
INWELT Code: IJWC1687
Reference: 52556
Description:
PT100 Back-Striking Plasma Electrode
The electrode is a core component of the PT100 starting and cutting system.
Replace it before excessive wear contributes to:
Difficult arc starting
Unstable pilot arc
Accelerated nozzle wear
Inconsistent cutting
Do not grind or modify a heavily worn electrode.
PT100 Gas Diffusers
The PT100 uses different gas diffusers according to the current range.
30–70A Diffuser
INWELT Code: IJWG1673
Reference: 60025
Application:
30–70A
80–100A Diffuser
INWELT Code: IJWG1672
Reference: 60026
Application:
80–100A and related gouging configuration
Using the correct diffuser is important because gas distribution affects:
Arc stability
Consumable cooling
Plasma-jet shape
Cutting quality
PT100 Shield and Outside Nozzle Options
The current PT100 family includes several front-end protective components.
30–70A Outside Nozzle
INWELT Code: IJWT1689-05
Reference: 60500
80–100A Outside Nozzle
INWELT Code: IJWT1687-05
Reference: 60501
This is the most relevant outside-nozzle configuration for normal high-current PT100 cutting.
Contact Cutting and Gouging Outside Nozzle
INWELT Code: IJWT1685-05
Reference: 60502
40–70A Contact Shield
INWELT Code: IJTN0711
Reference: 60504
80–100A Contact Shield
INWELT Code: IJTN0655
Reference: 60505
Use the shield appropriate to the selected cutting process and current range.
PT100 Double-Pointed Spacer
The current standard spacer is:
INWELT Code: IJTN0096
Reference: 60444
Description:
Double-Pointed Spacer / PT100
The spacer helps maintain a controlled nozzle-to-work distance during stand-off cutting.
Correct stand-off can help improve:
Nozzle protection
Arc stability
Kerf consistency
Consumable life
PT100 Torch Head and Air Tube
The current hand torch head is:
INWELT Code: JWA0056-01
Description:
PT100 90° Manual Plasma Torch Head
The current air tube is:
INWELT Code: IJAO0785
Reference: 09700.48
Description:
PT100 Air / Cooling Tube
These parts should remain clearly identified as manual PT100 components.
Do not mix PTM100 machine-torch heads and bodies into the main PT100 hand-torch spare-parts table.
PT100 vs. PTM100: Manual Torch vs. CNC Machine Torch
PT100 and PTM100 belong to the same broader product platform but should be treated as separate complete products.
| Feature | PT100 | PTM100 |
| Operation | Manual / Handheld | CNC / Mechanized |
| Torch Geometry | Angled hand torch | Straight machine torch |
| Control | Operator trigger | CNC / machine controlled |
| Mounting | Handheld | Fixed torch holder |
| Torch Height | Operator controlled | CNC / THC controlled |
| Main Application | Manual cutting | Automated cutting |
Some consumables can be shared across the wider product family.
However, complete torch heads, handles, machine bodies and cable/control configurations should not automatically be treated as interchangeable.
Use separate internal-link anchors:
PT100 Manual Plasma Cutting Torch
and
PTM100 CNC Plasma Cutting Torch
How to Check PT100 Plasma Cutter Compatibility
Do not select the PT100 only because a plasma cutter is rated at 100A.
Several technical factors must match.
Confirm Non-HF Starting
The plasma power source must support a compatible non-HF/back-striking torch system.
Confirm Operating Current
The PT100 is positioned primarily as a 100A torch.
Confirm the Main Connector
Available configurations include:
1/4G integrated
Central adapter
Confirm Control Wiring
Current complete-torch configurations include:
2-wire control
4-wire control
Confirm Pilot-Arc Architecture
The plasma power source must support the PT100 starting arrangement.
Provide Machine Information Before Ordering
For replacement projects, provide:
Plasma cutter manufacturer
Machine model
Rated output current
Original torch model
Main connector photo
Pilot-arc connection photo
Trigger/control connector photo
This is more reliable than stating that the PT100 fits every CUT100-type plasma cutter.
Spare Parts Details:
| HAND TORCH |
| Code | Ref. | Description |
| A | IJWU03072-00 |
| Plasma torch IPT100/6M/ 1/4G /integrated/2 wires/back striking |
| A | IJWU04072-00 |
| Plasma torch IPT100/12M/ 1/4G /integrated/2 wires/back striking |
| B | IJWU03074-00 |
| Plasma torch IPT100/6M/central adaptor/2 wires/back striking |
| B | IJWU04074-00 |
| Plasma torch IPT100/12M/central adaptor/2 wires/back striking |
| C | IJWU030641-0 |
| Plasma torch IPT100/6M/central adaptor/4 wires/back striking |
| C | IJWU040641-00 |
| Plasma torch IPT100/12M/central adaptor/4 wires/back striking |
|
| Position | Code | Ref. | Description |
| （With " ●" is the standard configuration） |
|
| 1 | IJTN0096 | 60444 | Double pointed spacer/IPT100 |
| 2 | IJTN0711 | 60504 | Shield cap/40-70A/cotact cutting |
| 3 | IJTN0655 | 60505 | Shield cap/80-120A/cotact cutting |
| 4 | IJTN1075 | 60508 | Shield cap/gouging |
| 5 | IJWT1689-05 | 60500 | Outside IPT100/30-70A/Gray glass fiber |
| 6 ● | IJWT1687-05 | 60501 | Outside nozzle IPT100/80-120A/Gray glass fiber |
| 7 | IJWT1685-05 | 60502 | Outside nozzle IPT100/Contact cut and gouging |
| 8 | IJWV1683-09 | 51245.09 | Tip Φ0.9mm/cotact cutting/30-70A /back striking |
| 9 | Tip |
| 9.1 | IJWV1689-10 | 51246.10 | Tip Φ1.0mm/40-50A/ IPT100/back striking |
| 9.2 | IJWV1689-11 | 51246.11 | Tip Φ1.1mm/50-60A/ IPT100/back striking |
| 9.3 | IJWV1689-12 | 51246.12 | Tip Φ1.2mm/60-70A/ IPT100/back striking |
| 10 | Tip |
| 10.1 | IJWV1687-14 | 51248.14 | Tip Φ1.4mm/80-90A/ IPT100/back striking |
| 10.2 | IJWV1687-15 | 51248.15 | Tip Φ1.5mm/100-110A/ IPT100/back striking |
| 10.3 ● | IJWV1687-16 | 51248.16 | Tip Φ1.6mm/110-120A/ IPT100/back striking |
| 11 | Tip |
| 11.1 | IJWV1685-10 | 51276.10 | Contact tip Φ1.0mm/40-50A/IPT100/back striking |
| 11.2 | IJWV1685-11 | 51276.11 | Contact tip Φ1.1mm/50-60A/IPT100/back striking |
| 11.3 | IJWV1685-12 | 51276.12 | Contact tip Φ1.2mm/60-70A/IPT100/back striking |
| 12 | Tip |
| 12.1 | JWV1697-14 | 51278.14 | Contact tip Φ1.4mm/80-90A/IPT100/back striking |
| 12.2 | IJWV1697-15 | 51278.15 | Contact tip Φ1.5mm/100-110A/IPT100/back striking |
| 12.3 | IJWV1697-16 | 51278.16 | Contact tip Φ1.6mm/110-120A /IPT100/back striking |
| 13 | IJWV1698-22 | 51278G.22 | Tip gouging IPT100/120A/gouing/back striking |
| 14 | IJWG1673 | 60025 | Diffuser IPT100/30-70A |
| 15 | IJWG1672 | 60026 | Diffuser IPT100/80-120A and gouging |
| 16 ● | IJWC1687 | 52556 | Electrode plasma IPT100 |
| 17 | JWA0056-01 |
| Plasma torch head IPT100/90° |
| 17a | IJAO0785 | 09700.48 | Air tube IPT100 |
| 17b | IJGU0716 | 51190.41 | "O"ring Φ18x21mm IPT100 |
| 18 | IJHW0042-01 |
| Plasma handle manual/IPT80-100/Red |
| 19 | IJIK0733 |
| Protection part/plasma/yellow |
| 20 | IJIR0081 |
| Trigger |
| 21 | IJIK0804 |
| Joint/small/new type |
| 22 | Cable assembly |
| 22.1 | IJWO01210074-300 | Cable assembly/IPT100/6M/2 wires/integrated |
| 22.2 | IJWO01210134-300 | Cable assembly/IPT100/12M/2 wires/integrated |
| 22.3 | IJWO01210071-300 | Cable assembly/IPT100/6M/2 wires/centre adaptor |
| 22.4 | IJWO01210131-300 | Cable assembly/IPT100/12M/2 wires/centre adaptor |
| 22.5 | IJWO01210077-300 | Cable assembly/IPT100/6M/4 wires/centre adaptor |
| 22.6 | IJWO01210137-300 | Cable assembly/IPT100//12M/4 wires/centre adaptor |
| 23 IJDH6017 Spanner for Plasma |
| 24 IJAY0089 Central adaptor torch side plasma 5 pins |
| 25 | IJTN0716 | Circle cutting attachment/IPT100 |
| 25.1 IJTN0683 Roller stand IPT100/ with spanner |
Our Catalog:
INWELT PLASMA TORCH CATALOG.pdf
What Materials Can the PT100 Cut?
When connected to a compatible plasma power source, the PT100 can cut electrically conductive materials including:
Mild steel
Carbon steel
Stainless steel
Aluminum
Copper
Brass
Galvanized steel
Actual cutting speed, edge quality and practical cutting thickness depend on the complete plasma system.
How Thick Can the PT100 Plasma Torch Cut?
The current page states that the PT100 can cut approximately 30–40 mm at 100A.
This should not be presented as a universal torch-only cutting guarantee.
Actual cutting capacity depends on:
Plasma power source
Input power
Material
Cutting current
Cutting-tip diameter
Gas pressure
Gas flow
Travel speed
Torch-to-work distance
Consumable condition
Required edge quality
Professional plasma specifications should distinguish between:
Recommended Cutting Capacity
Material thickness that can be cut productively with appropriate speed and edge quality.
Maximum Cutting Capacity
Thicker material that can still be cut, normally at reduced speed.
Severance Capacity
The maximum thickness that can be separated, usually with lower edge quality.
Publish specific PT100 thickness figures only when supported by an INWELT complete-system test.
Build an INWELT PT100 Cutting Chart
A first-party PT100 cutting chart would be one of the strongest SEO and GEO additions to this page.
Recommended fields include:
| Parameter | Data to Publish |
| Material | Mild Steel / Stainless Steel / Aluminum |
| Thickness | Tested thickness |
| Current | Actual tested current |
| Tip Code | INWELT part number |
| Tip Diameter | mm |
| Gas Pressure | bar |
| Gas Flow | L/min |
| Travel Speed | mm/min |
| Stand-Off | mm |
| Cut Result | Recommended / Maximum / Severance |
Use measured INWELT cutting data rather than copying another manufacturer's cutting chart.
Recommended Gas Supply for the PT100
The current INWELT specification lists:
Process Gas: Air / N₂
Gas Pressure: Approx. 4.5–5.0 bar
Gas Flow: Approx. 200 L/min
Recommended Post-Flow: Approx. 100 seconds
Use Clean and Dry Process Gas
Moisture, compressor oil and particulate contamination can negatively affect:
Arc stability
Electrode life
Cutting-tip life
Cutting consistency
Use appropriate filtration and moisture separation.
Check Pressure Under Flow
Static pressure can differ from the actual operating pressure while the torch is flowing gas.
Filters, regulators, fittings and long supply hoses can create pressure loss.
Set gas pressure according to the complete plasma cutting system's operating procedure.
Why PT100 Post-Flow Matters
The current INWELT specification recommends approximately 100 seconds of post-flow.
After the plasma arc stops, continued gas flow helps remove residual heat from:
Torch head
Electrode
Cutting tip
Front-end consumables
Allow the normal post-flow cycle to complete whenever possible.
Do not switch off the air supply immediately after heavy cutting unless the plasma system manufacturer specifically allows it.
Typical Applications for the PT100
The PT100 is designed for professional manual plasma cutting applications including:
Final torch selection should be based on the plasma power source and technical compatibility rather than industry name alone.
PT100 Maintenance and Consumable Inspection
Inspect the Electrode
Replace the electrode before excessive wear causes unreliable arc starting or nozzle damage.
Inspect the Cutting Tip
Check for:
Enlarged nozzle opening
Oval orifice
Burn damage
Heavy contamination
Inspect the Diffuser
Make sure the correct 30–70A or 80–100A diffuser is installed.
Replace cracked or heat-damaged components.
Inspect the Shield and Outside Nozzle
Replace damaged, cracked or severely burned insulating parts.
Inspect the Air Tube
Confirm that the tube is correctly installed and undamaged.
Inspect the Torch Cable
Check for:
Cuts
Abrasion
Heat damage
Tight bends
Loose fittings
Common PT100 Plasma Cutting Problems
Difficult Arc Starting
Check:
Back-striking electrode
Cutting tip
Gas pressure
Pilot-arc circuit
Work connection
Torch connector
Excessive Dross
Check:
Cutting speed
Current
Material thickness
Gas flow
Torch stand-off
Consumable condition
Excessive Bevel
Check:
Cutting-tip wear
Torch angle
Stand-off distance
Gas distribution
Travel speed
Short Consumable Life
Possible causes include:
Torch Overheating
Possible causes include:
Stop cutting and identify the cause before continuing.
PT100 Consumables for Distributors and Aftermarket Supply
A professional PT100 aftermarket program can include:
Standard cutting tips
Contact-cutting tips
Gouging tips
Back-striking electrodes
30–70A diffusers
80–100A diffusers
Outside nozzles
Contact-cutting shields
Gouging shields
Double-pointed spacers
Torch heads
Air tubes
Cable assemblies
Central adapters
Repair components
Exact INWELT part numbers help distributors manage replacement compatibility and repeat purchasing more accurately.
OEM PT100 Plasma Cutting Torch Manufacturing by INWELT
INWELT supplies PT100 plasma torches and replacement components to professional B2B customers including:
Plasma cutter manufacturers
Welding and cutting equipment brands
Importers
Distributors
Wholesalers
Industrial suppliers
Repair companies
Aftermarket consumable brands
OEM and ODM configurations can be evaluated according to the target plasma power source and required interface.
OEM and Private-Label Options
Customization may include:
For OEM projects, provide the plasma cutter specification, non-HF starting architecture, connector requirements and estimated order quantity.
Why Source PT100 Torches and Consumables from INWELT?
The PT100 platform combines complete manual torch assemblies with a detailed consumable system covering multiple cutting processes.
The current product family includes:
6 m and 12 m complete torches
2-wire and 4-wire control options
Current-specific cutting tips
Contact-cutting tips
Gouging consumables
Back-striking electrode
30–70A and 80–100A diffusers
Multiple shields and outside nozzles
PT100 hand torch head
Cable and connector options
For equipment brands, distributors and importers, sourcing the complete torch together with its consumable program can simplify purchasing and aftermarket support.
Frequently Asked Questions About the PT100 Plasma Cutting Torch
What amperage is the INWELT PT100?
The PT100 is positioned primarily as a 100A manual plasma cutting torch.
What is the PT100 duty cycle?
The current INWELT specification lists 60%.
Does the PT100 use HF ignition?
No.
The PT100 uses a non-HF back-striking starting system.
Is PT100 a hand torch or machine torch?
The PT100 is a manual / handheld plasma cutting torch.
The related PTM100 is the CNC / machine-torch configuration.
What gas does the PT100 use?
The current configuration supports Air / N₂.
What gas pressure does the PT100 require?
Approximately 4.5–5.0 bar.
What gas flow does the PT100 require?
The current INWELT specification lists approximately 200 L/min.
What post-flow time is recommended?
Approximately 100 seconds.
What torch-lead lengths are available?
The current complete-torch family includes:
What cutting tip is used around 100A?
The current INWELT consumable family includes:
IJWV1687-15 / 51248.15 – Ø1.5 mm / 100–110A / Back-Striking
This is the most relevant high-output tip for a PT100 product page.
Does PT100 also have a 1.6 mm nozzle?
Yes.
The current family lists:
IJWV1687-16 / 51248.16 – Ø1.6 mm / 110–120A
However, this higher-current consumable should not automatically be presented as the standard PT100 setup unless the complete torch has been verified for operation above 100A.
Which electrode does the PT100 use?
The current standard electrode is:
IJWC1687 / 52556
Which diffuser is used at high current?
The current 80–100A diffuser is:
IJWG1672 / 60026
Can the PT100 be used for contact cutting?
Yes.
The consumable family includes dedicated contact-cutting tips and shields.
Can the PT100 be used for gouging?
The related product family includes a gouging tip and gouging shield.
The plasma power source must also support gouging.
Can the PT100 be used with any CUT100 plasma cutter?
No.
The non-HF/back-striking architecture, connector, pilot-arc circuit, control wiring and gas requirements must also match.
Can the PT100 cut stainless steel?
Yes, when used with a compatible plasma cutting system and appropriate operating parameters.
Can the PT100 cut aluminum?
Yes.
Aluminum is electrically conductive and can be plasma cut with an appropriate plasma system.
How thick can the PT100 cut?
There is no universal cutting thickness determined by the torch alone.
Use tested recommended, maximum and severance data from the complete plasma system.
What is the difference between PT100 and PTM100?
PT100 is the manual / handheld configuration.
PTM100 is the CNC / mechanized machine-torch configuration.
Does INWELT offer OEM PT100 plasma torches?
Yes.
OEM/ODM, private-label, cable, connector, control-wire and consumable-kit configurations are available for qualified equipment manufacturers, distributors and importers.
Request a Quote for the INWELT PT100 Plasma Cutting Torch
For faster compatibility confirmation, provide:
Plasma cutter manufacturer and model
Rated output current
Existing torch model
Starting-system type
Main connector photo
Pilot-arc connection photo
Trigger/control connector photo
Required lead length
Required cutting current
Contact cutting or gouging requirement
Consumable requirements
Estimated purchasing quantity
INWELT or private-label branding
INWELT can then confirm the appropriate PT100 complete torch, connector and consumable configuration for your plasma cutting system.
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