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QH-6024GB: The Pipe Laser Cutting Machine Built for Turkey's Automotive Supply Chain As Istanbul cements its position as one of Europe and the Middle East's most dynamic automotive manufacturing hubs, local fabricators face mounting pressure to deliver exhaust systems, chassis components, roll cages, and structural tubing with ever-tighter tolerances and shorter lead times. The QH-6024GB pipe laser cutting machine has been engineered precisely for this demanding environment, combining a generous 6-meter pipe length capacity, a robust 240mm chuck, and advanced bevel cutting capability in a single, high-productivity platform. Key Specifications Parameter Specification Model QH-6024GB Max. Pipe Length 6,000 mm (6 meters) Chuck Size 240 mm Bevel Cutting Yes — angled edge preparation in one pass Zero Tailing Cutting Yes — near-zero material waste Head Design Removable head around the chuck Primary Application Automotive tubular & structural components Target Market Focus Istanbul, Turkey — automotive industry Three Standout Capabilities Bevel Cutting. The QH-6024GB produces precise angled and chamfered edges directly on the laser, eliminating secondary grinding and machining steps. For automotive fabricators welding exhaust components or chassis joints, this means stronger weld preparation, cleaner seams, and dramatically reduced post-processing labor. Zero Tailing Cutting. Traditional tube lasers leave a costly "tail" of unusable material at the end of every pipe. The QH-6024GB's zero tailing cutting technology minimizes that waste to near zero, turning every meter of purchased steel into sellable product and directly improving material yield and margin. Head Removable Around the Chuck. Maintenance and operational flexibility are critical in high-uptime automotive production. The removable head design allows fast access around the 240mm chuck for servicing, loading, and process changes, reducing downtime and keeping the line running when it matters most. Why It Matters for Istanbul's Automotive Industry Istanbul and the surrounding Marmara region host a dense cluster of automotive OEMs and Tier-1/Tier-2 suppliers, many of which specialize in tubular structures, exhaust systems, and precision metal assemblies. These manufacturers demand equipment that can handle long stock lengths, large-diameter tubes, and complex end geometries without compromising throughput. The QH-6024GB addresses all three requirements at once: its 6-meter bed reduces re-chucking, its 240mm chuck accommodates the larger tubes common in commercial vehicle and bus applications, and its bevel cutting removes an entire downstream process from the shop floor. By combining bevel cutting, zero tailing cutting, and a serviceable removable head, the QH-6024GB helps Turkish fabricators shorten cycle times, cut scrap rates, and win more contracts from global automotive customers who increasingly audit supplier efficiency and material utilization. A Competitive Edge for the Marmara Cluster For suppliers competing in and around Istanbul, the ability to quote faster, cut cleaner, and waste less is a decisive advantage. The QH-6024GB delivers these benefits in a single, dependable machine — a smart investment for any automotive-focused tube processing operation looking to scale up quality and output. Contact us today to request a full specification sheet, a cutting sample, or a live demonstration tailored to your automotive tube applications.

Qihai Laser Expands Manufacturing Facilities for Large Format Sheet Metal Laser Cutting Machine Production Qihai Laser Tech. Co., Ltd. has expanded its production facilities with approximately 20,000 square meters of additional workshop space. The expansion adds new machining equipment, enlarges two production and storage areas, and supports the company's ability to manufacture large format sheet metal laser cutting machines, including the 12025FD. Expanded Manufacturing Space for Laser Equipment The new workshop space increases the area available for manufacturing activities at the factory. Within the expansion, two areas have been enlarged in particular. The first is the production area for handheld laser welding machines. More space is now available for the assembly and preparation of these machines, which allows the related work to be organised over a larger working area. The second is the storage area for laser cutting machines. The expanded storage area provides more room for holding machines and for preparing equipment before shipment. This gives the factory more space to organise finished and in-progress units while they are being prepared for dispatch. Together, the larger production and storage areas give the company more room to arrange its manufacturing work and to manage equipment as it moves through the production process. Additional Equipment for Key Component Processing The expansion also includes two new pieces of machining equipment that support the manufacture of laser cutting machine components. A new gantry milling machine is used for machining the rail mounting positions and related fitting locations on laser cutting machine beds. A new aluminum profile machining center is used to machine the aluminum cross beams used in laser cutting machines. These two additions bring part of the key component preparation work into the company's own machining area, and provide more control over the machining of these parts during production. Component preparation is an important stage in building a laser cutting machine, and having the relevant machining equipment available in-house supports a more organised production process. Manufacturing Capability for the 12025FD Large Format Laser Cutting Machine The new production space and machining equipment support the manufacture of the 12025FD Large Format Sheet Metal Laser Cutting Machine. The 12025FD has an effective cutting area of 12,000 × 2,500 mm (12 m × 2.5 m) and is intended for cutting large and heavy metal sheets. Machines in this format are used where the sheet size or the workpiece requires a working area larger than a standard machine can provide. The larger area allows a full-size sheet to be placed on the machine and processed in one setup, which is relevant for manufacturers who work with large panels or heavy plate. Buyers can review the detailed specification on the 12025FD Large Format Sheet Metal Laser Cutting Machine product page. Configuration and Components Across the Sheet Metal Laser Cutting Machine Range Qihai sheet metal laser cutting machines are offered in a range of working formats, from 3 m × 1.5 m up to 12 m × 2.5 m, so that a machine can be matched to the sheet size a workshop actually handles. The range includes single-table and exchange-table versions, and both open-type and enclosed-type designs. Laser power is selected to suit the material and thickness to be cut, and bevel cutting is available as an optional function on the sheet metal models. The machines are built around a standard set of components, which includes: Laser cutting head: BOCHU Laser source: MAX or RAYCUT (both options available) Servo motors: Delta, Inovance and other options Brake (reducer): MOTOVARIO Gear box (rack and pinion): YYC Pneumatic parts: SMC Chiller: TEYU Specifying these components is part of matching a machine to a customer's production. Buyers can discuss the working format, table type, machine design and component options when they make an enquiry. Supporting Industrial Buyers with Expanded Facilities For industrial buyers, the value of an expansion like this lies in the production organisation behind the machine. More workshop space, additional machining equipment for key components, and a larger storage area give the manufacturer more room to organise production, prepare parts, and hold equipment as it is readied. These changes support the company's ability to prepare equipment for shipment and to discuss machine orders with customers. The factory also produces other large format models, such as the QH-8025FD Large Format Sheet Metal Laser Cutting Machine (8,000 × 2,500 mm), for buyers whose work requires a different sheet length. Buyers looking for a large format sheet metal laser cutting machine are welcome to visit the product pages above, or to contact Qihai Laser to discuss configuration in more detail. For enquiries, contact Jackey, Sales Manager, at +86 13760981134.

Qihai QH-12024GB 12m Tube Laser Cutting Machine Earns Praise from a Philippine Hotel Furniture Maker On October 7, 2026, Qihai welcomed a customer from the Philippines at its manufacturing base. The visitor runs a specialist furniture business that produces exquisite, high-quality furniture for five-star hotels. During his factory tour he was immediately drawn to the QH-12024GB CNC tube laser cutting machine, and the visit quickly turned into a detailed technical discussion about how the machine could be configured to match his exact production requirements. A Demanding Requirement: Total 12m of Tube Handling Unlike standard tube processing, the customer's raw material is exceptionally long. To run his production smoothly, the machine must handle a 6m loading section plus a 6m receiving section, giving a total tube handling length of 12m in a single working cycle. This is precisely the design window of the QH-12024GB, whose 12m tube bed and heavy-duty 240mm chuck allow long structural tubes to be loaded, cut and collected without re-clamping. A High-End Configuration Requested Because the furniture is destined for five-star hotel projects, the customer asked for a high-grade configuration. The final specification includes: BOCHU control system — a mature, stable CNC platform for precise cutting control. BOCHU cutting head — matched with the control system for consistent beam delivery and clean cut edges. Delta servo motors — high-precision drives for fast, accurate axis movement. Bevel cutting module — the single most important function requested by the customer. Bevel Cutting: The Deciding Feature For this customer, bevel cutting is far more than an add-on. A bevel cutting module produces controlled angular cuts of up to ±45 degrees, forming weld-ready V-bevels and compound bevels in the same clamping cycle as the straight cut. This removes a separate end-preparation step, keeps the joint geometry consistent, and produces cleaner, tighter welds. The result is furniture with stronger joints and more refined, aesthetic lines — exactly what a five-star hotel furnishing standard demands. Technical Specifications Parameter Specification Model QH-12024GB Tube Length 12m (6m loading + 6m receiving) Chuck Diameter 240mm Round Tube Range Φ10 mm – Φ240 mm Square Tube Range 10 × 10 mm – 240 × 240 mm Laser Power 3000W – 20000W Cutting Thickness 5–12 mm Control System BOCHU Servo Motors Delta Laser Source MAX X/Y Positioning Accuracy ±0.03 mm Key Function Bevel Cutting (±45°) Cooling Mode Water Cooling Built Around the Application, Not Just the Specification The value of the QH-12024GB lies in how these parameters work together. The 12m working length removes the need to cut long tubes in segments; the 240mm chuck covers the round and square profiles used in furniture frames; the 3000W–20000W power window lets the processor match power to material and wall thickness; and the ±0.03mm X/Y accuracy keeps every bevel and cut length repeatable across a batch. Together with the BOCHU control system and Delta motors, the machine delivers the dimensional consistency that high-end furniture production depends on. A Strong Start to Cooperation The Philippine customer left the factory with a clear configuration plan covering 12m tube handling, high-end components and, above all, bevel cutting capability. For Qihai, the visit is another example of matching technology to a real production problem — turning a demanding furniture specification into a practical, repeatable cutting solution. For customers with similar long-tube, high-finish requirements, please contact us for a customized configuration and quotation.

Tube Processing Needs in Vietnam’s Hardware Manufacturing Vietnam’s hardware manufacturing, metal furniture, and machinery industries commonly involve the processing of steel tubes, square tubes, and other metal profiles. For repeated cutting operations, selecting a tube laser cutting machine requires more than looking at laser cutting performance. Material loading, operator involvement, and workflow integration are also important considerations. For workshops processing multiple batches of tubes, relying on manual handling and loading for every production cycle can make the workflow more complicated. In this situation, a semi-automatic tube laser cutting machine can be considered as an equipment option for manufacturers looking to simplify part of the material-loading process. Why Does Loading Matter in Batch Tube Cutting? Tube laser cutting is not limited to the cutting process itself. A typical workflow may include tube preparation, loading, positioning, cutting, and finished-part handling. When manual material handling becomes a recurring issue, manufacturers can evaluate several aspects when selecting a tube laser cutting machine. 1. Tube Loading Method A semi-automatic loading configuration can reduce some repetitive manual handling and provide a more organized transition from material preparation to the cutting process. The QH6022G-TG2 machine drawing provided for this product specifically identifies the equipment as a tube laser cutting machine with semi-automatic feeding. This makes the feeding configuration one of the key product characteristics that can be used when defining its application. 2. Production Volume and Operator Requirements For hardware manufacturing and metal furniture production, equipment selection should not be based only on maximum laser power or cutting speed. Production volume, tube handling procedures, operator requirements, and workshop layout can also affect whether a machine fits a specific production process. For manufacturers that still require operators to participate in material loading, a semi-automatic solution can be evaluated as an alternative to a fully automated loading system. 3. Matching Machine Configuration to the Process Different manufacturers work with different tube sizes, materials, production volumes, and cutting requirements. Therefore, when selecting a tube laser cutting machine, manufacturers should first define their actual processing requirements and then verify key specifications such as laser power, tube dimensions, chuck configuration, processing length, cutting speed, and positioning accuracy. The current QH6022G-TG2 document is a machine layout drawing. It confirms the machine type and semi-automatic feeding configuration, but it does not provide complete specifications for laser power, maximum tube size, cutting speed, or positioning accuracy. How Should Vietnam Hardware Manufacturers Select a Tube Laser Cutter? For Vietnam hardware manufacturers, a practical evaluation sequence can be based on four factors: processing requirements, loading method, machine specifications, and workshop conditions. If a manufacturer wants to reduce some repetitive manual handling without immediately moving to a fully automated production line, a semi-automatic tube laser cutting machine can be included in the equipment selection process. The final decision should be based on actual tube specifications, production volume, and process requirements rather than relying solely on terms such as “automatic” or “high efficiency.”

Equipment Selection Challenges in Lebanon’s Metal Fabrication  Metal fabrication workshops in Lebanon serve a range of applications, including architectural components, metal furniture, elevator parts, industrial fittings, and customized metal products. These jobs may involve different sheet sizes, complex cutting profiles, and orders with varying production volumes. For manufacturers processing larger sheets, selecting a laser cutting machine involves more than comparing laser power or purchase price. Processing area, workshop layout, loading and unloading arrangements, and production workflow are also important considerations. If an existing machine cannot accommodate a required workpiece, a larger processing area may be necessary. For workshops handling multiple sheets throughout a production shift, the table configuration and material-handling method should also be evaluated. Why Consider a Dual-Table Enclosed Laser Cutting Machine? A dual-table enclosed laser cutting machine is one option for sheet metal manufacturers to evaluate. However, several technical factors should be considered separately before making a purchasing decision. 2.1 Does the Processing Area Match the Workpiece? The Q3015FB-02 is specified with a processing area of 3040 × 1520 mm and overall dimensions of 8500 × 2860 × 2280 mm. These figures provide a starting point for assessing workpiece dimensions and workshop requirements. Before purchasing, manufacturers should review the length and width of their typical workpieces, sheet orientation, nesting arrangements, and the space required for machine operation. For workpieces approaching the machine’s processing limits, the manufacturer should confirm the usable cutting area. 2.2 Does the Dual-Table Configuration Match the Production Workflow? A dual-table configuration is relevant when evaluating machine layout and sheet-handling arrangements. However, a dual-table design does not automatically confirm that the machine has an automatic exchange-table function. If a workshop intends to load material on one side while cutting takes place on the other, it should verify whether automatic table exchange is supported. The exchange cycle, loading method, and associated safety provisions should also be confirmed. These details help determine whether the machine can support the intended production workflow. They are more reliable selection criteria than assuming higher productivity from the term “dual table” alone. 2.3 Is the Enclosed Design Suitable for the Workshop? The machine enclosure is another factor to consider during equipment planning. Manufacturers should assess the installation area, operator access, sheet storage, material movement, and maintenance requirements. With overall dimensions of 8500 × 2860 × 2280 mm, the Q3015FB-02 requires careful workshop planning. Space should be allocated not only for the machine itself but also for loading, unloading, maintenance, and routine operation. How Should Lebanese Manufacturers Evaluate This Machine Type? A practical equipment assessment should cover five areas: * Workpiece dimensions: Check whether typical sheets and maximum workpieces fit within the 3040 × 1520 mm processing area.* Production workflow: Review order volumes, material-change frequency, and whether automatic table exchange is required.* Workshop layout: Verify machine dimensions, loading and unloading access, and maintenance clearance.* Cutting requirements: Confirm laser power, cutting parameters, material compatibility, and thickness capacity against actual production needs.* Configuration and service: Check the control system, laser source, technical support, spare-parts availability, and maintenance arrangements. 4. Conclusion: Select According to Processing Requirements For metal fabrication businesses in Lebanon handling larger sheet formats, a dual-table enclosed laser cutting machine may be worth considering when planning an equipment upgrade. The documented specifications of the Q3015FB-02 include a 3040 × 1520 mm processing area, a dual-table enclosed configuration, and overall dimensions of 8500 × 2860 × 2280 mm. These details can support an initial assessment of workpiece capacity and workshop layout. The final selection should also account for material thickness, cutting quality, table-exchange functionality, and required production capacity. A sound equipment decision should be based on workpiece dimensions, production workflow, and verifiable technical specifications—not simply on a machine’s name or unverified productivity claims.

Large Sheet Processing Requires the Right Working Area In metal manufacturing and steel fabrication, large sheets can place higher demands on the effective working area of a laser cutting machine. If the available cutting area is smaller than the workpiece, additional positioning or processing steps may be required. For metal fabricators in Lebanon, selecting a Sheet Metal Laser Cutting Machine should therefore start with the actual sheet dimensions. Laser power and cutting parameters are important, but the usable processing area should also be verified before equipment selection . Ground Rail Laser Cutting for Large-Format Processing The Q8025FD is a ground rail laser cutting machine. According to the supplied PDF, its processing area is 8000 × 2500 mm, equivalent to 8m × 2.5m. The overall machine dimensions are 10200 × 3966 × 2120 mm. These figures provide useful references for large-sheet processing and workshop planning. For manufacturers handling long metal sheets, the 8000 mm processing length is an important specification to check during equipment selection. Rather than evaluating a machine only as a general “laser cutter,” comparing the effective working area provides a more practical way to determine whether the machine matches the target workpieces. How to Match a Large-Format Laser Cutting Machine 1. Start with the Actual Sheet Dimensions The first step is to identify the sheet sizes commonly processed in the workshop. The required length and width should then be compared with the machine’s effective processing area. With an 8000 × 2500 mm working area, the Q8025FD can be positioned around the search term 8m × 2.5m Large Format Sheet Metal Laser Cutting Machine. 2. Separate Working Area from Machine Footprint For large laser cutting equipment, the processing area and overall machine dimensions are two different selection criteria. The Q8025FD has overall dimensions of 10200 × 3966 × 2120 mm. Before purchasing, manufacturers should consider workshop length, width, height, and foundation requirements rather than using the 8m processing length as an indication of the total installation space. 3. Do Not Equate Large Format with Every Performance Parameter A large processing area does not automatically mean higher laser power, faster cutting, or higher positioning accuracy. The supplied Q8025FD PDF is primarily a ground-rail and foundation drawing and does not specify laser power, maximum cutting thickness, cutting speed, or positioning accuracy. These technical parameters should therefore be confirmed separately according to the required material, thickness, and production process. Conclusion For large sheet processing in Lebanon’s metal fabrication sector, working area is a fundamental parameter when selecting a Sheet Metal Laser Cutting Machine. The Q8025FD provides an 8000 × 2500 mm processing area and uses a ground rail configuration, providing clear dimensional references for large-format sheet metal applications. For final equipment selection, buyers should further evaluate material type, sheet thickness, laser power, cutting speed, positioning accuracy, and available workshop space rather than judging machine performance from the model number alone.