Our CNC Flame Cutting Services
Brauchen CNC -Flammeschneidung that delivers high-speed, kostengünstig, and precise metal cutting for large-scale projects? Our services leverage advanced thermal cutting Technologie, decades of Sachverstand, and state-of-the-art CNC systems to handle thick steel plates, custom metal components, and high-volume fabrication—ideal for construction, Schiffbau, und schwere Maschinen. Whether you need large structural parts or intricate custom cuts, Wir kombinieren hohe Effizienz and consistent quality to meet your deadlines and specifications.
What Is CNC Flame Cutting?
CNC -Flammeschneidung (also known as CNC Oxygen Fuel Cutting) ist a thermal cutting process that uses a controlled flame and a jet of pure oxygen to cut through ferrous metals (metals containing iron). Unlike manual flame cutting, which relies on human guidance, CNC (Computer numerische Steuerung) flame cutting uses pre-programmed software to control the Werkzeugweg, Schnittgeschwindigkeit, and oxygen flow—ensuring precise, repeatable cuts on large or thick workpieces.
Der Kern Konzept von CNC -Flammeschneidung lies in its reliance on oxidation: the flame (typically fueled by acetylene, Propan, or natural gas) preheats the metal to its ignition temperature (around 870°C for steel), then a high-pressure oxygen jet is directed at the heated area. This oxygen reacts with the iron in the metal, creating intense heat (up to 3,150°C) that melts and blows away the molten metal—forming a clean cut. It is the most widely used flame cutting process für dicke Stahl (10mm–300mm) due to its cost-effectiveness and versatility.
| Schlüsselbegriff | Meaning | Role in CNC Flame Cutting |
| CNC Flame Cutting | Computer-controlled oxygen-fuel thermal cutting process | Automates cutting parameters for precision and consistency across large/thick workpieces |
| Flame Cutting Process | Thermal cutting method using preheating flame + oxygen jet | Core operation that melts and removes metal to form desired shapes |
| Thermal Cutting | General category of cutting processes using heat (not mechanical force) | Encompasses CNC Flame Cutting, Plasmaabschneiden, and laser cutting—CNC Flame Cutting is optimal for thick ferrous metals |
| Oxygen Fuel Cutting | Synonym for CNC Flame Cutting; uses oxygen + fuel gas for cutting | Provides the high heat needed to cut through thick steel (10mm+) |
Unsere Fähigkeiten: What We Offer in CNC Flame Cutting
Mit 25+ Jahre von Erfahrung and deep technical Sachverstand in thermal cutting, our team handles everything from small custom parts to massive structural steel plates. We don’t just offer standard cutting—we tailor our services to match your project’s unique needs, whether you’re fabricating ship hulls or heavy machinery components.
Our Core CNC Flame Cutting Capabilities
| Fähigkeit | Details | Typische Anwendungen |
| Custom Flame Cutting | Design and execute non-standard cuts (Z.B., irregular shapes, beveled edges, Kerben) for unique components; works with 2D/3D CAD designs | Custom machinery frames, shipbuilding structural parts, Bauhalterungen |
| Precision Flame Cutting | Erreichen dimensional tolerance of ±0.5mm/m (±0.02” per foot) Und Schneidengenauigkeit of ±0.3mm for parts up to 10m long; ideal for tight-fitting assemblies | Aerospace ground support equipment, heavy machinery joints, precision fabrication parts |
| Range of Services | Straight cutting, bevel cutting (0°–45°), hole cutting (minimum diameter: 15mm), slot cutting, and contour cutting; handles single parts or batch production | Construction steel beams, ship hull plates, Industrieofenkomponenten |
| Large-Scale Cutting | Process workpieces up to 12m (40ft) in length, 3M (10ft) in width, and 300mm (12In) in thickness; supports multi-plate stacking (bis zu 5 Teller, total thickness 150mm) | Bridge structural parts, offshore platform components, large pressure vessel shells |
| Produktion mit hoher Volumen | Cut up to 500 parts per shift with automated loading/unloading systems; optimized for repetitive cuts (Z.B., standard steel brackets) | Mass-produced construction connectors, heavy machinery base plates, automotive chassis components |
Unsere Flotte beinhaltet 8 CNC flame cutting machines (with gantry-style frames for large workpieces) and specialty tools for bevel cutting and precision holes. We’ve delivered projects for clients in 12+ Branchen, proving our ability to scale from prototypes to large-scale fabrication.
Verfahren: How CNC Flame Cutting Works
Der CNC Flame Cutting process (auch genannt Oxygen Fuel Cutting) ist ein strukturiert, step-by-step workflow designed to ensure safety, Präzision, and efficiency—critical for working with high heat and thick metals.
Step-by-Step CNC Flame Cutting Operation Procedure
- Maschinenaufbau: The metal workpiece (typically steel plate) is cleaned (to remove rust, malen, or oil—contaminants can affect cut quality) and secured to the machine’s cutting table using clamps or magnetic chucks. Our technicians load the CNC program (created from your CAD design) into the machine’s control system, which defines the Werkzeugweg, Schnittgeschwindigkeit, preheat temperature, and oxygen pressure.
- Werkzeugvorbereitung: The cutting torch (equipped with separate nozzles for preheating and oxygen jet) is calibrated. We select the nozzle size based on material thickness: larger nozzles for thick steel (100mm+) to deliver more heat and oxygen, smaller nozzles for thin steel (10mm–50mm) for precise cuts.
- Cutting Sequence:
- Vorheizen: The torch moves to the starting point and uses the fuel gas (Z.B., acetylene) + air mixture to preheat the metal to its ignition temperature (870°C for steel)—visible as a bright red glow.
- Ignition & Schneiden: Once preheated, the high-pressure oxygen valve opens, directing a jet at the heated area. The oxygen reacts with iron to create molten oxide, which is blown away by the oxygen flow—starting the cut.
- Following Tool Path: The CNC system moves the torch along the pre-programmed Werkzeugweg at a constant speed (50–500 mm/min, depending on material thickness: slower for thick steel, faster for thin steel). For bevel cuts, the torch tilts to the desired angle (0°–45°) using a rotary axis.
- Qualitätsprüfung: Nach dem Schneiden, the workpiece is cooled (naturally or with water spray) and inspected. We use tape measures, Bremssättel, and laser measuring tools to verify dimensional tolerance Und Schneidengenauigkeit; we also check for dross (geschmolzene Metallrückstände) on the cut edge.
- Post-Cutting Processing: Dross is removed via grinding or deburring (part of our standard service), and the workpiece is prepared for Oberflächenbehandlung (Z.B., painting or heat treatment) bei Bedarf. The machine resets for the next workpiece—automated systems reduce downtime for high-volume runs.
Cycle time depends on material thickness and cut length: a 1m-long cut on 50mm steel takes ~2 minutes, while a 5m-long cut on 200mm steel takes ~15 minutes.
Materialien: What Can We Cut with CNC Flame Cutting?
CNC Flame Cutting is optimized for flame cutting materials that contain iron (Eisenmetalle), as the process relies on iron oxidation to generate heat. It works poorly on non-ferrous metals (Z.B., reines Aluminium, Kupfer) because they do not oxidize at the required temperature—for these, we recommend plasma or laser cutting.
Common Materials for CNC Flame Cutting
| Materialtyp | Beispiele | Schlüsseleigenschaften | Ideale Anwendungen |
| Stahl | Weichstahl (A36), Kohlenstoffstahl (S45C), Legierungsstahl (4140) | High iron content (95%+), easy to oxidize, kostengünstig; Dicke: 10mm–300mm | Baustrahlen, ship hull plates, Maschinenrahmen, pressure vessels |
| Edelstahl | Austenitic stainless steel (304, 316) | Contains iron (60%–70 %) but also chromium (18%+), which forms a protective oxide layer; requires higher preheat temperature | Industrial furnace parts, Chemische Verarbeitungsgeräte, food-grade machinery |
| Eisen | Gusseisen (gray iron, ductile iron) | High iron content (90%+), brittle but durable; Dicke: 20mm–250mm | Motorblöcke, Rohrbeschläge, heavy machinery bases |
| Other Ferrous Metals | Hochfest niedrige Alloy (Hsla) Stahl, weathering steel (Corten A) | Hsla: Hohe Stärke, Niedriges Gewicht; weathering steel: Korrosionsbeständig | Bridge components (Hsla), Außenstrukturen (weathering steel) |
Notiz: Nichteisenmetalle (Aluminium, Kupfer, Messing) are not suitable for CNC Flame Cutting—their oxide layers melt at higher temperatures than the base metal, preventing clean cuts. Für diese Materialien, we offer complementary plasma cutting services. We optimize cutting parameters for each material: für Weichstahl (A36), we use acetylene fuel (hohe Hitze) Und 50 psi oxygen pressure; für Edelstahl (304), we use propane fuel (slower preheat) Und 60 psi oxygen pressure to penetrate the chromium oxide layer.
Oberflächenbehandlung: Enhancing Cut Quality & Haltbarkeit
After CNC Flame Cutting, Oberflächenbehandlung (oder fertig) is critical to improve the workpiece’s appearance, Haltbarkeit, and functionality—especially for parts exposed to harsh environments (Z.B., Konstruktion, Schiffbau) or requiring tight fits (Z.B., Maschinen).
Our Surface Treatment Options for CNC Flame Cut Parts
| Behandlungstyp | Prozess | Vorteile | Typische Anwendungsfälle |
| Schleifen | Using abrasive wheels to remove dross (geschmolzene Metallrückstände) and smooth cut edges; achieves surface roughness of Ra 3.2–6.3 μm | Eliminates sharp edges, improves fit for assembly, removes corrosion-prone dross | Machinery joints, structural steel connections, precision fabrication parts |
| Enttäuschung | Manual or automated removal of small burrs (metal projections) from cut edges; uses wire brushes or deburring tools | Prevents injury during handling, improves aesthetic quality, ensures proper part alignment | Automobil -Chassis -Komponenten, Handläufe, consumer-facing metal parts |
| Malerei | Applying industrial paint (Epoxid, Emaille) via spray or brush; provides UV and corrosion resistance | Outdoor construction parts (Balken, Klammern), Schiffskomponenten versenden, machinery exteriors | |
| Beschichtung | Applying protective layers (Zinkbeschichtung, Pulverbeschichtung); zinc coating prevents rust, powder coating adds durability | Construction connectors (Zinkbeschichtung), Industrieausrüstung (Pulverbeschichtung) | |
| Wärmebehandlung | Glühen (Erweichung) oder löschen (Härten) the cut part to adjust mechanical properties; reduces internal stress from cutting heat | Heavy machinery shafts (Härten), Struktureile (annealing to prevent cracking) | |
All our surface treatments meet industry standards: our zinc-coated parts pass ASTM B633 salt spray tests (800+ hours of corrosion resistance), and our ground edges meet ISO 8787 standards for smoothness—critical for tight-fitting machinery components.
Toleranzen: The Precision We Deliver
While CNC Flame Cutting is not as precise as laser cutting (due to thermal expansion of metal), our process is optimized to achieve tight Toleranzen und hoch Schneidengenauigkeit—critical for structural parts and assemblies that require a perfect fit.
Unsere Toleranzfähigkeiten vs. Industrie -Durchschnittswerte
| Metrik | Unsere Fähigkeit | Branchendurchschnitt | Vorteil |
| Dimensionstoleranz | ± 0,5 mm/m (±0.02” per foot) | ±1.0mm/m (±0.04” per foot) | 2x tighter tolerance for large workpieces (Z.B., 10m steel beams have ±5mm vs. ±10mm industry average) |
| Cutting Accuracy | ±0.3mm for parts ≤5m; ±0.5mm for parts 5m–12m | ±0.5mm for parts ≤5m; ±1.0mm for parts 5m–12m | More precise cuts for both small and large components |
| Oberflächenrauheit (Cut Edge) | RA 3,2–6,3 μm (after grinding); RA 12,5–25 μm (as-cut) | Ra 6.3–12.5 μm (after grinding); Ra 25–50 μm (as-cut) | Smoother edges that require less post-finishing, saving time and cost |
| Bevel Angle Tolerance | ±1° (for 0°–45° bevels) | ±2° (for 0°–45° bevels) | More accurate bevel angles for welded joints (critical for structural strength) |
Um diese Toleranzen aufrechtzuerhalten, we use CNC flame cutting machines with linear encoders (Genauigkeit: ±0.05mm/m) and thermal compensation software—this adjusts the Werkzeugweg to account for metal expansion during cutting. We also calibrate machines daily and use high-precision nozzles (±0.1mm orifice tolerance) to ensure consistent oxygen flow.
Vorteile: Why Choose CNC Flame Cutting Over Other Methods?
CNC Flame Cutting offers unique Vorteile that make it superior to other thermal cutting methods (Z.B., plasma, Laser) for thick ferrous metals. Its combination of cost-effectiveness, hohe Effizienz, Und Vielseitigkeit makes it the top choice for large-scale metal fabrication.
Key Advantages of CNC Flame Cutting
| Vorteil | Beschreibung | Impact on Your Project |
| Cost-Effective for Thick Metals | Low operating cost (fuel gas + oxygen is cheaper than plasma or laser energy); ideal for steel ≥10mm thick | Saves 30–50% on cutting costs vs. laser cutting for 100mm steel plates |
| High-Speed Cutting for Large Parts | Cuts thick steel (50mm–300mm) faster than plasma cutting (Z.B., 5m cut on 200mm steel takes 15 mins vs. 25 mins for plasma) | Reduces production time for large projects (Z.B., ship hull fabrication) by 20–30% |
| Versatility for Large Workpieces | Handles parts up to 12m × 3m × 300mm—larger than most plasma/laser machines (max 6m × 2m) | Eliminates the need to split large parts (Z.B., Brückenstrahlen) into smaller sections, saving assembly time |
| Consistency Across Batches | CNC programming ensures every part has identical cuts—critical for repetitive components (Z.B., Bauhalterungen) | Lowers scrap rate to <2% (vs. 5–8% for manual flame cutting) |
| Easy Bevel Cutting | Integrates rotary axes to cut bevels (0°–45°) in one pass—no need for secondary operations (Z.B., Schleifen) | Saves 1–2 hours per part on beveling, reducing lead times for welded components |
Zum Beispiel, a shipyard switched from manual flame cutting to our CNC Flame Cutting service for hull plates (20mm–50mm thick). Their cutting time per plate dropped from 4 Stunden bis 1.5 Std., and scrap rate fell from 7% to 1.5%—saving $120,000 monthly in labor and material costs.
Anwendungsbranche: Where CNC Flame Cutting Is Used
CNC Flame Cutting’s ability to handle thick ferrous metals and large workpieces makes it indispensable across industries that rely on heavy metal fabrication. It is the go-to method for structural parts, Maschinenkomponenten, and large-scale assemblies.
Industry Applications of CNC Flame Cutting
| Industrie | Common Cut Parts | Why CNC Flame Cutting Is Ideal |
| Konstruktion | Steel beams, Spalten, Klammern, bridge structural parts, building frames | Handles large workpieces (up to 12m) and thick steel (10mm–300mm); cost-effective for high-volume projects |
| Schiffbau | Rumpfplatten, deck components, Schotter, Propellerwellen (Gehäuse) | Cuts thick steel (20mm–200mm) required for ship structural integrity; supports bevel cutting for welded joints |
| Schwere Maschinen | Maschinenrahmen, Basisplatten, hydraulic cylinder barrels, excavator arm components | Provides precise cuts for tight-fitting assemblies; cost-effective for large, heavy parts |
| Herstellung | Custom metal enclosures, Industrieöfen, Druckbehälter, storage tanks | Accommodates custom cuts (irregular shapes, Kerben) and large diameters (up to 1m holes for tanks) |
| Automobil | Chassis -Komponenten, LKW -Rahmen, Motorhalterungen (for heavy-duty vehicles) | Handles thick steel (10mm–50mm) for vehicle structural strength; supports high-volume production |
| Luft- und Raumfahrt | Erdungsunterstützungsausrüstung (Z.B., aircraft jacks, engine stands), large tooling fixtures | Meets precision requirements for equipment that holds aircraft; cuts thick steel for load-bearing parts |
| Metallbearbeitung | Raw material sizing (cutting large steel plates into smaller blanks), custom prototypes | Cost-effective for sizing raw materials; flexible for one-off custom parts |
In der Bauindustrie, our CNC Flame Cutting services have helped a leading construction firm cut 1,500 steel beams (12M lang, 50mm dick) for a highway bridge—delivering all parts 2 weeks ahead of schedule and within budget, thanks to our high-speed cutting and automated systems.
Fertigungstechniken: The Technology Behind Our CNC Flame Cutting
Our CNC Flame Cutting services rely on advanced Fertigungstechniken and cutting-edge technology to maximize precision, Effizienz, and safety—critical for handling thick metals and large workpieces. We combine proven thermal cutting practices with innovative tools to optimize every step of the process.
Core Manufacturing Techniques for CNC Flame Cutting
| Technik | Wie es funktioniert | Nutzen |
| Thermal Compensation Software | Our CNC systems use built-in software that calculates metal expansion (based on material type, Dicke, and preheat temperature) and adjusts the Werkzeugweg in Echtzeit. Zum Beispiel, it expands the programmed cut by 0.2mm/m for 100mm thick steel to account for shrinkage as the metal cools. | Eliminates dimensional errors from thermal expansion/shrinkage; verbessert Schneidengenauigkeit um 30% |
| Dual-Torch Cutting | We use machines with two synchronized cutting torches that work in parallel—ideal for high-volume production of identical parts (Z.B., Bauhalterungen). The torches follow mirrored Werkzeugpfade, cutting two parts at once. | Doubles production output; reduces labor costs by 50% for batch runs |
| Automated Loading/Unloading Systems | Robotic arms or gantry cranes load raw steel plates (up to 300kg) onto the cutting table and unload finished parts—24/7 operation with minimal human intervention. The system integrates with our CAD software to prioritize parts based on urgency. | Increases production capacity by 40%; reduces downtime between cuts (aus 15 mins to 2 mins) |
| High-Precision Nozzle Technology | We use diamond-orifice nozzles (instead of standard brass) that maintain consistent oxygen flow (±1% variation) Auch danach 500+ Schnitte. The nozzles are designed with optimized preheat flame patterns to reduce preheating time by 20%. | Extends nozzle life (aus 100 cuts to 500 Schnitte); reduces preheating time for thick steel (100mm+ takes 2 mins vs. 2.5 mins) |
| Integrated Dust & Fume Extraction | Our cutting tables are equipped with under-table suction systems that capture 95% of cutting fumes and dust. The system filters harmful gases (Z.B., iron oxide fumes) to meet OSHA air quality standards. | Improves workplace safety; eliminates the need for post-cutting cleaning of the cutting table |
| CNC -Bearbeitungsintegration | Our flame cutting machines are linked to CAD/CAM software (Autocad, Solidworks) that imports 2D/3D designs and generates optimized Werkzeugpfade automatically. The software also simulates the cut to identify potential issues (Z.B., collision between torch and workpiece) before production. | Reduces programming time by 60%; minimizes errors from manual programming |
We also invest in Innovation—our latest machines feature AI-powered cutting parameter optimization: the system learns from past projects (Z.B., how 200mm mild steel reacts to different oxygen pressures) and adjusts settings to improve cut quality and speed for future jobs.
Fallstudien: Success Stories From Our Clients
Our CNC Flame Cutting services have helped clients across industries solve complex fabrication challenges, Kosten senken, and meet tight deadlines. Below are two detailed real-world examples of our work.
Fallstudie 1: Large-Scale Bridge Construction for a State DOT
Kunde: A state Department of Transportation (DOT) building a 2km highway bridge requiring 2,500 structural steel beams (12M lang, 80mm thick mild steel A36).
Herausforderung: The client’s previous supplier used manual flame cutting, was dauerte 4 hours per beam and had a 7% Schrottrate (due to uneven cuts and dimensional errors). They needed all beams delivered in 8 weeks to avoid project delays, but manual cutting would take 12 weeks—putting the entire bridge timeline at risk. Zusätzlich, the beams required 45° bevel cuts for welded joints, which the supplier could only do via secondary grinding (Hinzufügen 1 hour per beam).
Lösung: We deployed 4 dual-torch CNC flame cutting machines with automated loading/unloading systems. Wir haben die optimiert Werkzeugweg to cut two beams at once (via dual torches) and integrated bevel cutting into the main process (no secondary grinding needed). Our thermal compensation software adjusted for steel expansion, ensuring each beam met the ±0.5mm/m dimensional tolerance. We also prioritized beam production based on the construction schedule (delivering critical support beams first).
Ergebnisse:
- Produktionszeit: Cut each beam in 1 Stunde (vs. 4 hours manual), completing all 2,500 beams in 6 weeks—2 weeks ahead of schedule.
- Schrottrate: Dropped to 1.2% (aus 7%), sparen 155 Balken (≈$77,500 in material costs).
- Labor Savings: Eliminated 20 secondary grinding positions, reducing labor costs by $120,000.
Client Feedback: “The CNC Flame Cutting service delivered the beams ahead of schedule and with perfect dimensional accuracy—critical for our bridge’s structural integrity. The integrated bevel cutting saved us weeks of extra work, and the cost savings helped us stay within budget.”
Fallstudie 2: Custom Ship Hull Plates for a Shipyard
Kunde: A shipyard building 5 Frachtschiffe, each requiring 300 custom-shaped hull plates (20mm–50mm thick mild steel; irregular shapes with multiple notches and 30° bevels).
Herausforderung: The shipyard’s manual cutting process required 2 hours per plate and struggled to replicate the custom shapes consistently—leading to misfits during hull assembly (15% of plates had to be re-cut). They needed to reduce assembly time (each ship took 12 weeks to build) and ensure all plates fit seamlessly to avoid water leakage risks.
Lösung: We used 5-axis CNC flame cutting machines (with rotary axes for bevel cuts) and imported the shipyard’s 3D hull CAD models directly into our CAM software. The software generated precise Werkzeugpfade for each custom plate, and our high-precision nozzles ensured consistent cut quality. We also added in-process laser inspections (after each cut) to verify shape accuracy before unloading. For high-volume plates (Z.B., standard notched sections), we used multi-plate stacking (3 plates at once) to speed up production.
Ergebnisse:
- Produktionszeit: Cut each plate in 30 Minuten (vs. 2 hours manual), reducing hull plate production from 6 weeks per ship to 2 weeks per ship.
- Anpassung Genauigkeit: 99.5% of plates fit perfectly during assembly (vs. 85% Handbuch), eliminating re-cuts and reducing ship building time by 4 weeks per vessel.
- Kosteneinsparungen: Saved the shipyard 250,000PersHiPInRewoderkanDlaborcosTS—TOTAlSAvInGsoF1.25 million across 5 ships.
Client Feedback: “The CNC Flame Cutting service’s ability to replicate custom hull shapes with such precision was game-changing. Our assembly teams now spend less time adjusting plates and more time building ships—we’ve increased our annual ship output from 3 Zu 5 vessels.”
Warum uns wählen?: Your Trusted CNC Flame Cutting Partner
With dozens of CNC Flame Cutting providers in the market, Was unterscheidet uns? We combine technical excellence, customer-centric service, and a track record of delivering results—making us the go-to partner for large-scale, high-precision metal fabrication.
Spitze 5 Reasons to Choose Our CNC Flame Cutting Services
- Unerreichtes Fachwissen & Erfahrung: Unser Team hat 25+ years of specialized Erfahrung in thermal cutting, mit tiefem Wissen über flame cutting techniques for thick ferrous metals (10mm–300mm). Our engineers are certified in AWS (American Welding Society) standards and have worked on iconic projects (Autobahnbrücken, Frachtschiffe, Industrieöfen). We don’t just cut metal—we provide design feedback to optimize parts for CNC Flame Cutting (Z.B., suggesting notch sizes that reduce cut time).
- Spitzentechnologie & Innovation: We invest in the latest CNC flame cutting machines (80% of our fleet is less than 5 Jahre alt) and proprietary Fertigungstechniken (Z.B., thermal compensation software, AI parameter optimization). This technology ensures we deliver the tightest Toleranzen and fastest lead times in the industry—even for large workpieces.
- Flexibel & Customizable Solutions: We handle projects of all sizes—from 1 custom prototype to 10,000 Teile mit hohem Volumen. Unser custom flame cutting capabilities let us tackle irregular shapes, beveled edges, and complex contours that other providers can’t. We also offer complementary services (Schleifen, Malerei, Wärmebehandlung) to deliver “turnkey” parts—no need to coordinate with multiple vendors.
- Strenge Qualitätskontrolle & Zuverlässigkeit: We follow a 7-step quality assurance process—from raw material inspection (only certified steel from ISO 9001 Lieferanten) to in-process laser checks and final dimensional verification. Unser Zuverlässigkeit rate is 99.5%—we meet 99.5% von Lieferfristen, even for rush orders. We back every project with a “Fit Guarantee”: if a part doesn’t fit your assembly, we re-cut it for free.
Kundenorientierter Service: Every client is assigned a dedicated project manager who acts as your single point of contact—providing daily production updates, addressing questions, and resolving issues within 24 Std.. Wir bieten an 24/7 emergency service (for urgent projects like storm-damaged bridge repairs) and provide detailed documentation (Materialzertifikate, cut reports) for every order—critical for industries like aerospace and construction.