Made in China
Our Equipment Is Manufactured Locally In China, Offering Customers Faster Delivery Times And Reliable Quality Assurance.
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No Need To Wait. All In-Stock Machines Ship Within 3 Days.
Global Services
Our Team Provides Installation, Commissioning, Troubleshooting, Programming, Training, And Comprehensive After-Sales Service Support Worldwide.
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We Invite You To Visit Our Complimentary Experience Center In China For A Sample Demonstration. Call (086) 156-888-31329 Today To Schedule Your Appointment.
Exploring Primecutter CNC Machines
Industrial CNC & laser portfolio—fiber sheet/tube cutting, welding, cleaning, marking, CNC bending, CO₂ cutting, and glass cutting—for metal and non-metal materials. Automation-ready systems with high-speed motion control deliver repeatable precision: low-heat-input welding reduces distortion, non-abrasive cleaning requires no consumables.
P 3015 4020 6015
Fully enclosed exchange-table fiber laser cutter: rigid frame + ultra-high power for faster cycles and clean edges on thick plate. Enclosure contains fumes/sparks for safer, nonstop production.
P 3015
Economical open-type single-table fiber laser cutter (1.5–60kW) for stable, high-speed sheet cutting and clean edges. Open access speeds loading/unloading, saves floor space, and reduces scrap.
P 3020Z
The open-frame coil laser cutting line integrates uncoiling, leveling, and feeding for continuous cutting, minimizing handling, boosting throughput, and reducing scrap on thin steel and stainless steel coils.
bevel laser cutting machine
Gantry H-Beam laser cutter: 3D 6-axis head, auto-centering, dual stations. Contour check + floating Z for beam，channel，plate cutting, bevels, holes, scribing，marking. Rigid dual-drive gantry, 24-7, up to 15× output.
ROFENCNC DICMAX
Manufacturing Process
How We Manufacture Metal Fabrication Equipment
From engineering review to factory handover, explore five manufacturing stages for ROFENCNC and DICMAX industrial equipment projects. Discuss the configuration, inspection scope and delivery plan for your production needs.
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Review your drawings, materials and production targets with 3D CAD and finite element analysis. Evaluate frame stiffness, gantry motion and the working area before manufacturing begins.
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Prepare heavy machine frames through stress-relief treatment and gantry milling. Machine critical mounting surfaces in a coordinated setup, then inspect the guideway and drive-system datums.
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Use reference masters and alignment instruments to assemble guideways, drives and machine axes. Check guideway parallelism, gantry alignment and smooth mechanical motion before commissioning.
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Check machine motion with an agreed metrology plan and run representative workpieces. Review dimensional results, cut quality, cycle times and the factory acceptance record before shipment.
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Plan corrosion protection, transport restraints and export packaging for the delivery route. Review packing records, site requirements, commissioning scope and operator preparation before dispatch.
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Manufacturing Stage Details
Equipment configuration, applicable processes, inspection methods and delivery responsibilities are confirmed for each project.
Engineering & FEA Design
Engineering review connects part geometry, material requirements and target throughput with the machine structure. CAD and FEA reviews can cover structural stiffness, vibration and motion using SOLIDWORKS 3D and Ansys Mechanical.
Prepare part drawings, material specifications, workpiece dimensions and production targets. Confirm the applicable design review and equipment layout for the selected project.
Back to manufacturing overview ↑Annealing & Gantry Milling
Frame preparation connects stress-relief treatment with machining and dimensional inspection. Review the applicable thermal cycle, cooling procedure and gantry-milling sequence for the selected machine bed.
Agree the reference surfaces, inspection conditions and documented acceptance limits before production.
Back to manufacturing overview ↑Granite Datum & Assembly
Granite reference masters, laser alignment tools and dial indicators support mechanical alignment. Review the configured guideways, drive components and machine axes against the applicable assembly procedure.
Discuss the checks used to identify mechanical binding, gantry alignment issues, axis mismatch and backlash.
Back to manufacturing overview ↑Metrology & Factory Acceptance
Factory acceptance planning can include laser interferometer calibration, motion verification and loaded processing trials. Confirm the relevant test method, measurement standard, material, drawing revision and FAT duration.
Capture dimensional results, representative samples and any agreed corrective actions in the acceptance record.
Back to manufacturing overview ↑VCI Packaging & Delivery
Delivery planning covers corrosion protection, export crating, transport restraints and commissioning preparation. Confirm the packaging method and lifting information for the agreed destination and delivery route.
Review site utilities, foundation requirements, installation responsibilities, operator preparation and handover documents.
Back to manufacturing overview ↑Equipment Range
Discuss the following equipment categories with the project team using your materials, drawings and production targets.
- Fiber Laser Cutting Machine
- Tube Laser Cutting Machine
- Sheet & Tube Laser Cutting Machine
- 5-Axis Laser Cutting Machine
- Laser Automation
- Robot Welding Machine
- Press Brake
- Flexible Bending Center
- Laser Cleaning Machine
- Glass Laser Cutting Machine
- Digital Cutting Machine
- CO₂ Laser Cutting Machine
- Laser Cladding Machine
- H-beam Laser Cutting Machine
- 3D Laser Cutting Machine