Plate, tube and structural cutting
Develop sheet, tube, combined-machine, structural-section and bevel-processing projects using actual workpiece drawings.
Enquire about this range ↗Home/Industrial Machinery & Automation/Laser Cutting, Welding, Cleaning & Production Automation Sourcing
Independent machinery and process-equipment sourcing
Laser processing, forming and automated production equipment
Laser Cutting, Welding, Cleaning & Production Automation Sourcing
Coordinate laser cutting, welding, cleaning, forming, cladding and automated production-equipment enquiries with workpiece-led technical evaluation.
- Bring cutting, forming, joining and automation needs into one project brief.
- Keep machine configurations, material conditions and process ratings separate.
- Review a technical proposal, workpiece trial and acceptance plan before ordering.
Manufacturing, product documents and order conditions depend on the model and supply route selected for your project.
Start with a product reference, intended use and estimated quantity. We bring product selection, sample questions and quotation details into one conversation.
Email your reference image ↗CoverageLaser processing, forming and integrated production equipment
Project inputWorkpiece drawings, materials, quantities and process needs
Technical basisSelected catalogue references; current proposal required
Enquirieskunhuow@gmail.com
Explore the product range
Build the range
your buyers need.
Choose a focused product or discuss a coordinated assortment. Each direction can be developed into a more specific model and packaging brief.
Three-dimensional laser processing
Review shaped-part, robotic and coordinated-axis cutting configurations with the required fixtures and protection.
Enquire about this range ↗Automated sheet and coil flow
Include tower storage, loading/unloading, coil cutting, dual-head processing, marking/cutting and flexible integration.
Enquire about this range ↗Bending and forming
Compare pressure-arm and suction-feed panel bending with CNC press-brake requirements.
Enquire about this range ↗Cladding and heat treatment
Keep rotary-positioner, enclosed, robotic and alternative cladding constructions separate from laser-quenching projects.
Enquire about this range ↗Battery-production equipment
Cover electrode preparation, cutting, slitting, stacking and battery-component welding enquiries.
Enquire about this range ↗Precision glass and film equipment
Include glass cutting/splitting, drilling and PI/PET film-process requirements.
Enquire about this range ↗Welding and cleaning
Distinguish portable, robotic, air-cooled, continuous and pulsed configurations and their process requirements.
Enquire about this range ↗Engraving, marking and legacy directions
Review CO2 engraving and cutting, metal/nonmetal marking and plasma enquiries through a current product proposal.
Enquire about this range ↗Reference product directions
Start with a product.
Define the details.
Use these options to describe what you are buying. The public references identify your enquiry; the final model and specification are confirmed before an order.
REFERENCE 0375-01
Large-format plate laser cutting
A plate-machine reference uses a welded structural bed, sectional extraction and bus control. Define the actual material, thickness and cut-quality acceptance.
- Processing area
- 4000 × 2000 mm
- Listed laser-power options
- 40000 / 30000 / 20000 W
- Machine dimensions
- 11320 × 3690 × 2860 mm
- X/Y positioning accuracy
- ±0.03 mm
- X/Y repeat positioning accuracy
- ±0.02 mm
REFERENCE 0375-02
Combined laser and flame-cutting projects
Discuss a switchable laser/flame process and bevel requirements using the actual thick-plate material and drawings. Establish tested cutting conditions in the proposal.
REFERENCE 0375-03
Modular long-bed bevel cutting
A modular bed separates the bed and working table. Bevel head, platform and drawer arrangements are listed as options; confirm the required configuration.
- Processing area
- 16000 × 3200 mm
- Optional bevel range
- 0–45°
REFERENCE 0375-04
Four-chuck heavy-tube cutting
The reference uses a side-mounted bed and supporting rollers. Rotation settings reduce as tube weight increases; loading and cutting lengths remain separate.
- Laser-power range
- 6000–20000 W
- Round-tube clamping
- Diameter 50–500 mm
- Square-tube clamping
- 50 × 50 to 350 × 350 mm
- Effective cutting length
- 12500 mm
- Single-tube load
- 2000 kg
- Maximum rotation
- 30 rpm; reduced with increasing tube weight
REFERENCE 0375-05
Small-tube bevel-cutting configuration
The reference combines a pulling feed arrangement and automatic loading. Distinguish the clamping envelope from the automatic-loader envelope.
- Laser-power options
- 1500 / 3000 W
- Clamping envelope
- Round diameter 10–90 mm; square 10 × 10 to 90 × 90 mm
- Automatic-loader envelope
- Round diameter 20–90 mm; square 20 × 20 to 90 × 90 mm
- Effective tube cutting length
- 6500 mm
- Single-tube load
- 80 kg
- Maximum rotation
- 150 rpm; reduced with increasing tube weight
REFERENCE 0375-06
Structural-section laser processing
Assess cutting, holes, bevels, notches, marking and scribing for structural sections or plates. Provide section drawings and fixture requirements.
- Laser-power options
- 12000 / 20000 / 30000 W
- X/Y/Z travel
- 3000 / 28000 / 1050 mm
- X/Y positioning accuracy
- ±0.25 mm/m
- X/Y repeat positioning accuracy
- ±0.05 mm
- Rated supply
- 380 V / 50 Hz
REFERENCE 0375-07
Combined plate-and-tube machine
A dual-station exchange platform brings plate and tube enquiries into one machine brief. Confirm chuck, table, power and loading configuration.
- Plate processing area
- 6050 × 2530 mm
- Chuck clamping diameter
- 20–240 mm
- X/Y repeat positioning accuracy
- ±0.02 mm
- Machine dimensions
- 14446 × 5084 × 2215 mm
- Rated supply
- 380 V; 50/60 Hz
REFERENCE 0375-08
Three-dimensional five-axis cutting
A rotary-table configuration and coordinated cutting head support shaped-part enquiries. Provide the actual part and fixture for an application review.
- Travel envelope
- X ≥3000 mm; Y ≥1500 mm; Z ≥650 mm
- Maximum X/Y/Z axis speed
- 100 m/min
- X/Y/Z positioning accuracy
- ±0.05 mm
- X/Y/Z repeat positioning accuracy
- ±0.03 mm
- C/A travel
- C: N × 360°; A: ±135°
REFERENCE 0375-09
Twin-tower sheet-storage and cutting line
Link storage, loading, cutting, sorting and scrap removal. The catalogue describes adjustable layer height and ERP/MES interfaces for a project-specific integration review.
- Storage towers and levels
- 2 towers; 16 total levels
- Stored sheet-size range
- 1200 × 1000 to 3000 × 1500 mm
- Storage-layer load
- 3 t per layer
- Handling thickness range
- 0.8–5 mm
- Manipulator maximum load
- 300 kg; separate from storage-layer rating
REFERENCE 0375-10
Coil-fed laser cutting line
Combine decoiling, levelling, cutting and unloading. Specify coil condition and material rather than applying one thickness limit to every material.
- Laser-power range
- 1000–6000 W
- Processing area
- 3000 × 1500 mm
- Coil width
- 500–1500 mm
- Coil thickness by material
- Carbon steel 0.8–3 mm; stainless steel 0.8–2.5 mm
- Maximum coil load
- 15 t
- Feed speed
- 0–20 m/min
REFERENCE 0375-11
Dual-head sheet-processing line
Review the dual-beam arrangement with automatic loading, levelling and cutting for the required sheet process.
- Processing area
- 6000 × 2000 mm
- Laser-power range
- 1000–6000 W
- Coil thickness by material
- Carbon steel 0.8–3 mm; stainless steel 0.8–2.5 mm
- Listed work materials
- Cold-rolled, galvanised, stainless and aluminium sheet
REFERENCE 0375-12
Coil marking-and-cutting integration
A multi-head arrangement combines three cutting beams and one marking beam with decoiling and levelling. Confirm the exact line version and acceptance drawing.
REFERENCE 0375-13
Automatic sheet loading and unloading
Define the sheet, suction loading, fork unloading and machine interfaces as a complete handling brief.
- Maximum loaded sheet
- 6000 × 2500 mm
- Minimum loaded sheet
- 1000 × 1000 mm
- Handling thickness range
- 2–14 mm
- Maximum handled sheet mass
- 2000 kg
- Supply pressure
- 0.6–0.7 MPa
REFERENCE 0375-14
Flexible metal-processing centre
Bring laser blanking, automated bending, robotic handling, palletising and welding into one integration enquiry. Define interfaces and acceptance tests for each process.
REFERENCE 0375-15
Pressure-arm panel bending
The catalogue describes arm feeding and an optional manipulator. Evaluate the required bends and material using an actual part drawing.
- Maximum bending width
- 1500 mm
- Maximum bending height
- 200 mm
- Maximum listed material thickness
- Carbon steel 1.5 mm; stainless steel 1.2 mm; aluminium 2 mm
- Approximate machine mass
- 12 t
- Total power
- Approximately 40 kW
- Rated supply
- 380 V AC
REFERENCE 0375-16
Suction-feed panel bending
A suction-feed reference supports a separate bending proposal. Review part geometry, feeding and material limits together.
- Maximum bending width
- 1500 mm
- Maximum bending height
- 170 mm
- Maximum listed material thickness
- Ordinary steel 1.5 mm; stainless steel 1 mm; aluminium 2 mm
- Machine dimensions
- 3780 × 2510 × 2790 mm
- Approximate mass
- 10.6 t
- Rated supply
- 380 V AC
REFERENCE 0375-17
CNC press-brake projects
Specify the part, bend sequence, material and tooling for an electro-hydraulic servo press-brake proposal. Establish the actual rated values and units in a current technical sheet.
REFERENCE 0375-18
Robot-and-rotary-positioner cladding
Coordinate a robot, rotary/tilting positioner and powder-feed arrangement. Define the repair material and required coating process for trials.
- Positioner rotation
- Continuous 360° rotation
- Positioner tilt
- ±90°
- Working-disc diameter
- 1000 mm
- Powder-feed range
- 4–200 g/min
- Powder size range
- 20–250 μm
- Single powder-container capacity
- 6 L
REFERENCE 0375-19
Enclosed cladding equipment
An enclosed configuration is listed for shaft, flat and curved-workpiece cladding enquiries. Establish the coating material and acceptance requirements in a process trial.
- Laser-power range
- 3000–12000 W
- Workpiece diameter
- ≤600 mm
- Maximum equipment load
- 3000 kg
- X/Y/Z travel
- 500 / 3000 / 450 mm
- Workpiece length
- ≤3000 mm
REFERENCE 0375-20
Robotic cladding configuration
Discuss the workpiece, path planning and required coating with a robotic cladding proposal.
- Laser-power range
- 3000–12000 W
- Workpiece diameter
- ≤800 mm
- Maximum equipment load
- 3000 kg
- Workpiece length
- ≤3000 mm
- Positioning accuracy
- ±0.05 mm/m
- Repeat positioning accuracy
- ±0.03 mm/m
REFERENCE 0375-21
Alternative cladding-machine arrangement
Compare a separate cladding-machine construction against the workpiece and support requirements. Confirm any adapted load or fixture in the proposal.
- Laser-power range
- 6000–12000 W
- Listed load
- 3 t; any customised rating requires confirmation
- Workpiece length
- ≤3 m
REFERENCE 0375-22
Robotic laser-quenching equipment
Provide the alloy, hardening region and required metallurgical acceptance for a process assessment. Equipment ratings do not establish achieved hardness.
- Working reach
- 1800 mm
- Robot load
- 25 kg
- Laser power
- 6000 W
REFERENCE 0375-23
Battery-production equipment projects
Cover electrode preparation and slitting, die-cutting/slitting, top-cover, flexible-connection and sealing-pin welding, dual-station stacking and hardware die-cutting enquiries.
REFERENCE 0375-24
Battery top-cover welding configuration
The listed arrangement includes code scanning, automated handling, fixtures, sorting and MES traceability. Define the battery geometry and weld qualification requirements.
- Supply
- 380 V / 50 Hz
- Rated machine power
- 120 kW; not the laser-output rating
- Machine mass
- 5.5 t
- Machine dimensions
- 5100 × 3000 × 2600 mm
REFERENCE 0375-25
Electrode die-cutting configuration
A web-processing reference describes closed-loop tension and multi-stage dust/waste handling. Verify results on the actual electrode material.
- Compatible web width
- 120–600 mm
- Web guiding accuracy
- ±0.1 mm
- Positioning accuracy
- ±0.1 mm
- Cutting accuracy
- ±0.15 mm
- Tension fluctuation
- ±5% during stable operation
REFERENCE 0375-26
Precision glass and film processing
Develop ultrafast glass cutting, precision drilling, integrated cutting/splitting, dual-platform cutting, PI roll-to-sheet, PET film and photovoltaic-glass drilling projects.
REFERENCE 0375-27
PET film laser-cutting reference
A sealed CO2 configuration lists CCD positioning and a ball-screw/servo drive. Confirm the intended film process using a material trial.
- Laser power
- 55 W
- X/Y travel
- 650 / 550 mm
- Repeat accuracy
- ±3 μm / 300 mm
- Positioning accuracy
- ±0.01 mm / 300 mm
- Machine net mass
- 650 kg
- Electrical requirement
- 220 V; 10 A; 50 Hz
REFERENCE 0375-28
Glass laser-drilling configuration
The catalogue describes three processing heads, belt transport and mechanical/vision positioning. Discuss connection to loading, cleaning or other production stages.
- Head count
- 3
- Listed patterned-glass thickness
- ≤2.5 mm
- Listed glass-size range
- 600 × 600 to 2500 × 1500 mm
- Scanning field
- 70 × 70 mm
- Machine power
- 11.5 kW; separate from laser-source rating
- Machine dimensions
- 11030 × 2640 × 2080 mm
REFERENCE 0375-29
Integrated glass cutting and splitting
A reference combines an infrared picosecond cutting stage and a CO2 splitting stage. Confirm the material and complete supplied arrangement.
- Processing field
- 650 × 650 mm
- Cutting laser options
- 30 / 50 / 70 W
- CO2 laser options
- 120 / 150 / 200 W
- Repeat positioning accuracy
- ±0.002 mm
- Combined processing accuracy
- ±0.02 mm over ≤300 mm
- Machine dimensions
- 1800 × 2000 × 1950 mm
REFERENCE 0375-30
Portable welding, cleaning and cutting
A multifunction reference combines welding, cleaning and cutting in a portable arrangement. Review each process and supplied attachment separately.
- Laser power
- 1500 W
- Laser wavelength
- 1080 nm
- Fibre length
- 10–20 m; project adaptation subject to confirmation
- Head mass
- 0.8 kg
- Machine dimensions
- 910 × 540 × 1100 mm
REFERENCE 0375-31
Robotic three-dimensional welding
The catalogue combines a fibre laser and industrial robot with configurable external-axis arrangements. Define fixtures, access and weld qualification.
- Standard robot load
- 25 kg; alternatives require confirmation
- Robot repeat positioning accuracy
- ±0.05 mm
- Laser-power range
- 1.5–10 kW; proposal-specific configuration
- Working temperature
- 10–40°C
REFERENCE 0375-32
Robotic three-dimensional laser cutting
Review a floor-mounted or inverted installation for shaped-part cutting. Confirm the robot, protection and fixture arrangement for the project.
- Laser-power options
- 1000 / 1500 / 2000 / 3000 W
- Arm reach
- 1800 mm
- Repeat positioning accuracy
- ±0.05 mm
- Mounting arrangements
- Floor-mounted or inverted
REFERENCE 0375-33
Continuous laser-cleaning enquiries
Keep continuous-process cleaning separate from pulsed-cleaning configurations. Provide substrate, coating or contamination and required finish for a trial.
REFERENCE 0375-34
Air-cooled handheld multifunction unit
A separate air-cooled arrangement combines welding, cleaning and cutting. Confirm the selected source and attachments.
- Laser-power options
- 800 / 1200 W
- Laser wavelength
- 1080 nm
- Supply
- Single-phase 220 V; 50/60 Hz
- Fibre length
- 10 m; adaptation subject to confirmation
- Machine dimensions
- 520 × 280 × 600 mm
- Cooling
- Air-cooled
REFERENCE 0375-35
Pulsed handheld laser-cleaning reference
A pulsed reference uses an air-cooled portable arrangement. Surface results require a trial on the actual material.
- Laser power
- 200 W
- Machine dimensions
- 510 × 335 × 585 mm
- Scanning field
- 145 × 145 mm
- Head mass
- ≤0.76 kg
- Supply
- 220 V; 50/60 Hz
- Cooling
- Air-cooled
REFERENCE 0375-36
Larger-field CO2 cutting and engraving
A legacy English-catalogue reference lists blade and honeycomb work surfaces, water cooling, an exhaust fan and an air-exhaust pipe. Confirm the current package.
- Laser-power options
- 80 / 100 / 130 / 150 / 200 W
- Cutting area
- 1300 × 900 mm
- Machine dimensions
- 1820 × 1310 × 1070 mm
- Listed supply
- AC 110–220 V ±10%; 50–60 Hz
- Cooling
- Water cooling and protection system
REFERENCE 0375-37
Desktop CO2 engraving reference
A compact legacy reference lists manual table adjustment, water cooling and exhaust accessories. Review material compatibility and current supplied contents.
- Laser-power options
- 40 / 60 W
- Engraving area
- 600 × 400 mm
- Machine dimensions
- 950 × 740 × 450 mm
- Listed supply
- AC 110–220 V ±10%; 50–60 Hz
REFERENCE 0375-38
Mixed-material CO2 cutting project
A legacy reference describes ball-screw motion, servo drive and height control for a mixed-material enquiry. Validate the chosen material and actual source configuration.
- Working area
- 1250 × 2500 mm
- Machine dimensions
- 3600 × 1850 × 1300 mm
- Positioning speed
- 20 m/min
- Power supply
- 220 V ±10%; 10 A
REFERENCE 0375-39
CO2 and fibre laser marking
The legacy catalogue separates nonmetal-oriented CO2 marking from metal-oriented fibre marking. Provide material, mark content and production integration needs.
REFERENCE 0375-40
Plasma-cutting procurement enquiries
For plasma-cutting requirements, send the work material, thickness and drawings for a current supply assessment. The offered configuration and availability need confirmation.
Selected catalogue configurations are references for a technical enquiry. Dimensions, powers, loading conditions, included equipment and current availability must match the offered machine. Legacy references require current confirmation; maximum ratings are not a guaranteed simultaneous operating point or a process-result guarantee.
What matters for this category
A better brief.
A clearer comparison.
Focus the sourcing conversation on the features, materials and production details that make a difference to your product range.
From workpiece to equipment brief
Combine material, geometry, required finish and production flow before comparing machinery.
Process and handling coordination
Keep cutting, bending, welding, storage, loading, cleaning and inspection interfaces visible in the enquiry.
A practical acceptance basis
Agree drawings, trial material, configuration, operating requirements and evaluation criteria in the written proposal.
Branding, configuration & packaging
Make the product
fit your programme.
Bring artwork, reference samples and a target cost. The available process, minimum quantity, sample charges and development scope are reviewed for the chosen option.
Configuration and integration review
Send the site layout, upstream/downstream interfaces, material flow and required software connections for a project-specific assessment.
Fixture and process development
Provide representative workpieces and desired process results for feasibility and trial planning. Trial availability, costs and timing require confirmation.
Supply, packing and presentation
Define voltage, frequency, language, labels, transport constraints and packing requirements. Any branding or relabelling needs an approved supply route.
Quality & product evidence
Turn requirements
into checks.
Agree which product characteristics need testing and how the approved sample relates to the bulk order.
Material and workpiece trials
Agree the actual material, thickness, coating and geometry. A listed maximum or application name does not establish the result on every part.
Machine and process acceptance
Separate axis positioning, robot repeatability, source power, machine demand and handling loads when evaluating the offered configuration.
Installation and support scope
Confirm foundations, utilities, extraction, cooling, protective arrangements, training, commissioning and spare parts in the quotation.
Test capability is a starting point for the inspection plan. Request the method, applicable model and results needed for your order.
Documents matched to the order
Ask for evidence
that fits the product.
Document availability, destination requirements and acceptance responsibilities must be agreed for the actual configuration. Manufacturer approvals and service networks are not automatically transferred to an independent sourcing service.
State the sales market, intended users and required files in your first enquiry. Current validity and scope are checked for the selected supplier and product; a category description does not certify every item.
Share your document requirements ↗- Technical offer and layout
- Request the current machine sheet, configuration list, layout, utility demand and integration interface details.
- Acceptance and operating documents
- Define test pieces, inspection records, manuals, training and commissioning responsibilities for the exact project.
- Destination and shipping evidence
- Review applicable machinery/laser documents, labels, packing dimensions, handling instructions and transport arrangements for the selected item.
Built around how you sell
Different buyers.
Different specifications.
Your sales channel changes the assortment, packaging and quality priorities. Tell us the intended use as well as the product name.
Sheet-metal and structural production
Build enquiries around plate, tube, profiles, forming and automated material flow.
Component welding and surface processing
Assess welding, cleaning, cladding and quenching against actual materials and acceptance requirements.
Battery, glass and film production projects
Develop specific cutting, drilling, preparation, stacking and joining requirements with an appropriate technical proposal.
From first brief to a defined order
One contact.
A practical next step.
Samples, commercial terms and responsibilities are agreed for the project. Use the same product and packing specification when comparing quotations.
Share the requirement
Product, reference image, quantity, sales market and timing.
Compare suitable options
Review configuration, materials, sample scope and relevant documents.
Approve the specification
Agree artwork, packaging, sample, testing and inspection criteria.
Confirm the order plan
Set price, payment, production, delivery and defect remedies in writing.
Buyer questions
Before you send
your first enquiry.
Practical answers about this sourcing direction, customization and the reference options. Your agreed specification and written quotation determine the actual order.
What service do you provide?
We coordinate independent machinery-sourcing enquiries, technical requirements and current supplier proposals. The original manufacturer and its facilities are not our own.
Which processes are covered?
The page covers cutting, engraving, marking, forming, cladding, quenching, welding, cleaning, material handling and selected battery, glass and film production equipment.
Are catalogue references a current quotation?
No. Request the offered configuration, availability, technical sheet, included equipment and commercial terms for your project.
What information is needed for machine selection?
Send drawings, material and thickness, workpiece size, production demand, finish requirements, site layout and utilities.
Does laser power determine the achievable cutting thickness?
Power alone does not establish a result. Material, process, geometry, consumables and acceptance criteria need a specific technical evaluation.
Are maximum speeds and loads available simultaneously?
Do not assume that. Ratings belong to their stated conditions, and some tube rotation settings decrease with increasing workpiece weight.
How are continuous and pulsed cleaning compared?
Treat them as separate process configurations. Supply substrate and contamination samples and agree evaluation criteria before choosing equipment.
Can I request automated loading and integration?
Yes. Provide sheet or coil details, upstream and downstream interfaces, available space and required control connections for feasibility review.
Can you arrange workpiece trials?
Request a trial for the actual material and drawing. Availability, trial charges, shipping, timing and acceptance criteria require confirmation.
Are installation, training and service included?
Only when the written quotation specifies them, including location, responsibilities, utilities, travel, spare parts and response terms.
What are the minimum order and delivery time?
They depend on the selected equipment, configuration, quantity and project scope. Ask for current terms rather than relying on catalogue descriptions.
How can I submit an enquiry?
Email kunhuow@gmail.com with your process, drawings, material, required capacity, destination and technical or acceptance requirements.
Who handles my enquiry?
Factory Sourcing Hub handles this enquiry as an independent sourcing and trading service. The product route, supplier suitability, sample scope and order responsibilities are agreed for the actual project.
How do I get a price and order minimum?
Send the product reference, quantities per variation, customization and packaging. Prices, minimums, sample charges and delivery dates are confirmed in a current quotation; the page is not a live inventory or price feed.
Can I discuss samples and inspection before ordering?
Yes. State whether you need a reference sample, a customized sample or development work. Agree the sample cost and shipping, approval specification, inspection plan and remedy for non-conforming goods before the bulk order.
What should I attach to my email?
Reference images, drawings, logo artwork and a product list are useful. Include quantities, the intended users and sales market, packaging, required documents and timing. After submitting the form, email attachments to kunhuow@gmail.com with your enquiry reference.
Tell us what you are planning
Your next order
starts with a brief.
A reference picture or a short description is enough to begin. Add the details you already know; the optional fields help make the follow-up more useful.
- Drawings, material grades, thicknesses and process requirements
- Production demand, acceptance criteria and trial workpieces
- Site layout, utilities and automation interfaces
- Quantity, destination, commissioning, documents and packing needs
Download the enquiry checklist ↓
Independent sourcing and trading service. Supplier choice, service costs and order conditions are discussed for your project.
Discuss your requirements.
Product selection, customization, samples and quotation enquiries.
Explore other sourcing directions
More options for
your product list.
Compare separate product ranges and prepare a brief that fits your assortment.
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