倉敷レーザー List of Products and Services

The cut edges of products after laser processing are sharp. To prevent injuries such as cuts when handling our products, we also accommodate finishing processes like edge rounding. We have automated the edge rounding process, which was traditionally done manually with a labor-intensive approach. This allows us to provide better products while keeping costs down.

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Our company utilizes a laser processing machine specifically designed for pipes to perform laser processing on angles and channels (shaped steel). We can handle not only drilling and end face cutting (dimension cutting), but also simultaneous processing of two or more sides and custom shapes according to your requirements. We can also mark on the outer surface, contributing to a reduction in labor during welding and assembly. Additionally, we have machines equipped with tapping tools, allowing us to accommodate requests for tapping processing simultaneously with cutting. 【Features】 - High precision cutting with minimal angle defects - Capable of processing shapes that are less likely to shift during welding and assembly - Supports drilling and notching simultaneously with dimension cutting - Reduces customer labor through marking and tapping processing done simultaneously with cutting *For more details, please feel free to contact us. You can view the "Product Information for Pipe Processing Machines" and "Frame Production Examples" from the PDF download.

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A major issue with mass-produced bent products is that the workers and press brakes required for production become occupied, making it impossible to take on other jobs. Therefore, our company has introduced bending robots to significantly reduce such problems! By distinguishing between tasks performed by robots and those that should be done by humans, productivity has dramatically improved. The bending robot incorporates a multi-joint robot that closely mimics human movements, automatically performing a series of tasks from material loading to processing and product unloading. It can operate unattended at night, allowing for shorter delivery times for mass-produced items and urgent requests, which also reflects in cost savings since it does not require human labor. Additionally, because production is done by robots, there is no human-induced variability, making it particularly suitable for manufacturers that require stable quality. 【Features】 - Suitable for mass-produced bent products - Shortened delivery times through automatic night operation - Supports simultaneous setup of multiple molds for automatic operation of various types - Equipped with angle sensors for high precision and stable quality

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Our company, specializing in precision sheet metal processing, possesses numerous facilities in our own factory, including a high-performance CO2 laser processing machine (6kW). We are capable of processing hole diameters below the plate thickness, and we can also process stainless steel medium and thick plates with clean cutting edges and minimal burrs. This reduces the man-hours for finishing the cutting edges and drilling small diameter holes, achieving shorter delivery times and cost reductions. 【Features of Our Laser Processing】 ■ Compatible with various metals such as SUS, SS, Al, SBP, Cu, and Ti ■ Wide range of needs from thin plates to thick plates ■ Capable of laser hole processing with a minimum diameter of φ1mm (for plate thicknesses of 0.5 to 3t, in the case of stainless steel) ■ Laser processing can accommodate small diameter holes in thick plates up to the limit *For more details, please refer to the materials. Feel free to contact us with any inquiries.

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We updated the machine that was introduced to our headquarters over 10 years ago, which was known for its brilliant cut of stainless steel thick plates, due to aging. The new machine has advanced technology that allows for processing with a much cleaner and smoother cutting surface, far surpassing the previous model. With fewer burrs, we can significantly reduce the finishing work hours, leading to shorter delivery times and lighter subsequent processes! While many machines can only handle laser processing for holes with diameters equal to the plate thickness, in our case, we can perform laser drilling for holes with diameters smaller than the plate thickness. 【Features】 ■ Achieves smooth cutting surfaces even for stainless steel thick plates ■ Reduces finishing work hours, leading to shorter delivery times and cost savings ■ Further minimizes the minimum diameter for laser hole processing ■ Reduces work hours for drilling through post-laser cutting drilling *For more details, please refer to the PDF document or feel free to contact us.

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Our company, specializing in precision sheet metal processing, has quickly adopted laser welding in addition to cutting and bending processes. Based on our extensive processing experience, we have successfully overcome the weakness of laser welding, which is "welding defects due to gaps." Isn't it thought that laser welding is impossible when there is a gap (even a slight one)? Through a "wobbling motion" that scans while drawing extremely small shapes like "8" or "no" with the laser beam, the area affected by the laser beam expands. This allows the beam to diffuse the gap while advancing, making it possible to perform laser welding even with gaps present. <Weaknesses of Laser Welding> ◆ Cannot weld if there is a gap ◆ Cracks caused by rapid cooling ◆ Welding defects due to tiny impurities or blowholes These issues can be resolved all at once with wobbling welding. 【Features of Wobbling Welding】 ■ Expands the area of beam influence to overcome gaps ■ Suppresses cracks caused by rapid cooling ■ Diffuses the beam to reduce blowholes ■ Produces a uniform finish with regularity in the weld bead ■ Allows for buildup welding *For more details, please refer to the materials. Feel free to contact us with any inquiries.

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Our company, which handles sheet metal processing to meet a wide range of needs from thin plates to thick plates, has introduced "pipe processing machines with tapping functions" at our three locations: headquarters, Chubu, and Kyushu. Until now, tapping processing, which required a setup change after cutting and drilling to be performed on a drill press, can now be completed directly from the cutting process. This has significantly improved processing speed and achieved a substantial increase in productivity. ★ In addition to introducing processing machines, we are currently showcasing our processing examples! You can view them immediately via "PDF Download." 【Currently Available Processing Examples】 ◎ Welding of dissimilar materials using YAG laser ◎ Frame production without welding ◎ Buff polishing of aluminum products after welding ◎ Fillet welding of iron and stainless steel ◎ Bending processing using a panel bender

• Processing Technology

At Kurashiki Laser, bending processing with a panel bender is possible. We can process doors without protruding handles, as well as frames, reinforcement plates, and attaché cases. Please feel free to contact us when you need our services. 【Examples】 ■ Increased strength through combination of step bending - Can be processed into an integrated structure including R shapes and step bending - Improved design flexibility - Increased strength is also expected - Free R shapes can be created in the R bending sections without the need for dedicated molds *For more details, please refer to the PDF materials or feel free to contact us.

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At Kurashiki Laser, it is possible to weld corners in an R shape using edge welding. Welded product of the top plate and side plates (U-shaped bending). By welding the corners in an R shape, it can appear as if all edges have been bent. Please feel free to contact us when you need our services. 【Case Study】 ■ Welding corners in an R shape - Weld the joint to match the bending R - By welding the corners in an R shape, it can appear as if all edges have been bent - Smooth finish of SUS welds without buff polishing - Polished plates are also available *For more details, please refer to the PDF document or feel free to contact us.

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At Kurashiki Laser, we are capable of welding aluminum products using our unique know-how. Welding aluminum materials, which are prone to cracking after bead cutting, is made possible without generating cracks thanks to our proprietary techniques, allowing us to perform "bead cutting and buff finishing." Please feel free to contact us when you need our services. 【Examples】 ■ Welding of aluminum products - Welding using our unique know-how - "Bead cutting and buff finishing" without generating cracks *For more details, please refer to the PDF document or feel free to contact us.

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At Kurashiki Laser, YAG laser welding is available. We offer overlapping welding, which involves welding stainless steel and iron together, as well as dissimilar material welding and continuous welding. Please feel free to contact us when you need our services. 【Examples】 ■ Overlapping welding using YAG laser welding ・Dissimilar material welding by overlapping stainless steel and iron ・Shapes similar to machined products can be created by overlapping plates, making it possible to manufacture through sheet metal processing ・Reduction in processing time and cost ・Used in laminated molds *For more details, please refer to the PDF document or feel free to contact us.

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At Kurashiki Laser, it is possible to bend pipes and create corner sections. This is made possible by the ability to cut free shapes. A single pipe is laser-cut and the corner sections are bent into an R shape. 【Features】 ■ Capable of free shape cutting ■ Laser-cut from a single pipe ■ Corner sections bent into an R shape *For more details, please refer to the PDF document or feel free to contact us.

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By introducing a plug-in type into the frame, alignment and temporary assembly before welding can be easily performed. By laser processing the pipes for the frame, time can be reduced during assembly and welding. Additionally, by providing protrusions and holes on the pipes, positioning can be easily achieved. 【Features】 ■ Laser processing of pipes for the frame ■ Time reduction during assembly and welding ■ Cost reduction ■ Easy positioning by providing protrusions and holes on the pipes *For more details, please refer to the PDF document or feel free to contact us.

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At Kurashiki Laser, it is possible to perform overlapping welding with a YAG laser. Two plates are bonded together, and a maze-like line is welded with the YAG laser while they are still overlapped. By applying pressure with high-pressure gas, it expands like a balloon. This structure has been successfully adopted for "heat exchangers." 【Features】 ■ Welds a maze-like line with a YAG laser while the two plates are bonded together ■ Expands like a balloon by applying pressure with high-pressure gas ■ Proven track record in heat exchangers *For more details, please refer to the PDF document or feel free to contact us.

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At Kurashiki Laser, we are capable of corner welds using YAG lasers. Since we can perform continuous beam irradiation instead of pulsed beams, we achieve smooth weld seams. Traditionally, weld seams had irregularities, leading to issues such as residue of liquids or powders, but we solve these problems. 【Features】 ■ Continuous beam irradiation instead of pulsed beams ■ Smooth weld seams ■ Issues caused by irregularities are resolved *For more details, please refer to the PDF document or feel free to contact us.

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At Kurashiki Laser, pipe processing with bevel cuts is possible. Instead of conventional flat laser processing, we achieve angled cuts that resemble those made with a saw through laser processing. Both the end face and holes can be cut at an angle. The surfaces can also be aligned with the inserted pipe. 【Features】 ■ Achieves angled cuts resembling those made with a saw through laser processing ■ Can cut both end faces and holes at an angle ■ Surfaces can be aligned with the inserted pipe *For more details, please refer to the PDF document or feel free to contact us.

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【Features and Benefits】 - Can easily perform drilling, marking, and positioning hole cutting in a short time. - Capable of processing daikon holes and irregular holes that could only be handled by machining. - Tapping can be done simultaneously with cutting. 　　　　　　　　　　　　　　　　　　　　　　　　　　etc... There are many more benefits beyond the above. This is a processing machine worth keeping an eye on in the future, so please refer to the PDF document for more details or feel free to contact us.

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At Kurashiki Laser, it is possible to perform extrusion processing without the need for a dedicated mold. Typically, press processing requires a dedicated mold that creates a concave-convex shape, but we achieve this by using a roller mold that shapes the steps with our multifunction machine (laser and turret punch). This allows for free design of the concave-convex parts. 【Features】 ■ No dedicated mold required ■ Uses a roller mold to shape steps with a multifunction machine (laser and turret punch) ■ Free design of concave-convex parts possible (with some limitations, such as minimum R) *For more details, please refer to the PDF document or feel free to contact us.

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At Kurashiki Laser, we have developed a unique method for easily assembling square pipe frames by applying the technology of pipe laser processing. Official name: "Square Pipe Orthogonal Connection Method" *Patent obtained 【Features】 ■ No welding required ■ Achieved through proprietary know-how ■ Frame fixation is done using ribs (The ribs are secured with screws to prevent them from coming loose) It is possible to assemble frames without welding. The frames are fixed using ribs, and we have devised a unique joining method that allows for frame assembly without welding or tools. Results from strength tests at the Industrial Technology Center indicated that "the strength is believed to be comparable to that of welded square pipe joints." *For more details, please refer to the PDF document or feel free to contact us.

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This catalog features processing examples handled by Kurashiki Laser. It introduces various cases, including frame production achieved without welding, using ribs and screws, as well as protrusion processing that reinforces with unevenness instead of using reinforcement materials. You can view many examples along with photographs. 【Featured Examples (Excerpt)】 ■ Frame production without welding ■ Protrusion processing without the need for dedicated molds ■ Such things can be done with a dedicated pipe machine ■ Pipe processing with bevel cuts ■ Corner welds with YAG laser *For more details, please refer to the PDF document or feel free to contact us.

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Our company specializes in precision sheet metal processing using laser cutting machines, but we also offer "weld-free" bending processing utilizing panel benders. We can achieve complex bending shapes without molds, which is difficult with press brakes. For stainless steel doors, we can quickly create the handle area through a fold-back bending process, allowing us to manufacture without welding the handle later. 【Features】 ■ The panel bender can operate unmanned for 24 hours ■ Reducing welding points contributes to improved quality and cost reduction ■ Capable of mass production *For more details, please feel free to contact us.

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We will introduce examples of processing for the "Square Pipe Frame" that our company has handled, using photographs. The processed products underwent strength testing at the Okayama Prefectural Industrial Testing Institute. The test results indicate that they have strength comparable to welded square pipe joints. Additionally, we are continuously introducing new laser processing machines, boasting one of the leading machine lineups in the country in terms of the number of units owned. Automatic supply and retrieval of materials have become possible, enabling a full 24-hour operational system. 【Examples】 ■ Technology: Weldless structure ■ Strength test: Strength comparable to welded square pipe joints *For more details, please refer to the PDF materials or feel free to contact us.

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We have introduced the "High-Power YAG Laser Articulated Robot" and the "Pipe-Specific Laser Processing Machine." The "High-Power YAG Laser Articulated Robot" offers high quality that overturns the conventional wisdom of thin plate processing with a YAG laser processing machine that has a maximum output of 4,000W. With the introduction of two articulated robots and one handheld type, it can accommodate various applications from prototyping to mass production. The "Pipe-Specific Laser Processing Machine" is equipped with an automatic loading and unloading device capable of processing pipes up to 6,000mm in length. There are only a few of these machines in the country, and they enable high-precision, high-quality laser cutting compared to general-purpose machines for pipe processing. 【Features】 <High-Power YAG Laser Articulated Robot> - Uniform welding quality with extremely low thermal distortion due to high-quality YAG laser beams. - Wide operating range and high degree of freedom in movement enabled by mobile robots. <Pipe-Specific Laser Processing Machine> - Capable of laser cutting round pipes, square pipes, and irregularly shaped pipes. - Achieves assembly with fitting using metal pipes, similar to the pre-cut method in wood processing. *For more details, please refer to the PDF document or feel free to contact us.

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Kurashiki Laser Co., Ltd. has introduced a new type of laser processing machine at its headquarters, enabling us to perform diagonal cuts on round and square pipes that were previously impossible. This allows us to better meet our customers' needs than ever before. For more details, please contact our sales representative, who will bring samples and provide explanations. We encourage you to take this opportunity to try out our new cutting products. 【Business Activities】 ■ Precision sheet metal processing ■ Cutting, bending, and welding of metal sheets using CO2 laser and YAG laser processing machines *For more information, please refer to the PDF materials or feel free to contact us.

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At Kurashiki Laser Co., Ltd., the introduction of the TruLaser Cell 3010 has made it possible to perform both welding and cutting with a single machine, enabling a variety of 2D and 3D processing. Is it thought that YAG welding has weak welding strength? With the integration of multi-joint robots, welding with continuous output (CW) is possible. Stable welding can be achieved with minimal distortion and bead width, allowing for the overlapping welding of plates of various thicknesses (keyhole welding), resulting in a 70% cost reduction compared to traditionally machined parts, and the joint areas can also be machined. 【Features】 ■ Cost reduction ■ Quality improvement (output 4kW) ■ Capable of cutting copper, brass, and pure aluminum ■ Supports everything from single items to mass production *For more details, please refer to the PDF document or feel free to contact us.

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Kurashiki Laser Co., Ltd. Kansai Sales Office specializes in precision sheet metal processing and more. A challenge to precision sheet metal that changes manufacturing with light. Additionally, at our traveling exhibition presentations that replicate trade shows held in major metropolitan areas, our sales representatives will visit your company with samples to propose sheet metal products and technologies. Our sales area is also expanding, so please feel free to consult with us at this opportunity. 【Business Activities】 ■ Cutting, bending, welding, and processing of metal sheets using CO2 laser and YAG laser processing machines. ■ Precision sheet metal processing *For more details, please refer to the PDF materials or feel free to contact us.

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Kurashiki Laser Co., Ltd. Tohoku Branch is engaged in precision sheet metal processing and more. We also hold traveling exhibition presentations that replicate trade shows held in major metropolitan areas. Our sales representatives will visit your company with samples to propose sheet metal products and technologies. A challenge to precision sheet metal that changes manufacturing with light. We will respond to your requests, so please feel free to contact us. 【Business Content】 ■ Precision sheet metal processing ■ Cutting, bending, and welding of metal sheets using CO2 laser and YAG laser processing machines *For more details, please refer to the PDF materials or feel free to contact us.

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Our company specializes in the production and processing of cover parts for meat processing machines, water treatment equipment, and refrigerated product transport vehicles. Using laser processing machines and panel benders, we can create bent structures without welding. We can also achieve more intricate designs, weight reduction, and high strength. Additionally, we can perform protrusion and step processing without using molds, which contributes to cost reduction during the prototyping phase. 【We can meet the following requests】 ◎ We want to reduce the weight of the equipment. ◎ We want to incorporate new designs into the equipment. ◎ We want to prototype protrusion processing without making molds. ◎ We want to perform step processing on R-shaped parts. *For more details, please refer to the materials available for download in PDF format or feel free to contact us.

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At Kurashiki Laser Co., Ltd., we created this work using high laser welding technology, welding entirely from the inside rather than the conventional outside welding. This soccer ball-shaped piece was recognized for its high level of craftsmanship and won the "Excellent Work Award" at the "Micro Manufacturing Okayama Works Contest"! 【Overview and Features of This Work】 ■ Material: Stainless Steel (SUS304 HL) ■ Size: Approximately 30cm ■ Features: All welding of the soccer ball shape is done from the inside No water leakage due to circumferential welding *Please refer to the catalog available for download for details on the processing technology used for this work.

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Did you know that there are various bending processes such as right angles and folds? However, simply bending is not very interesting, is it? Kurashiki Laser Co., Ltd. offers proposals for bending processes that excel in design, creating products that satisfy designers and engineers. ■*For more details, please refer to the downloadable materials.*■ 【Features】 ○ Quality improvement, speed enhancement, cost reduction ○ High-speed, high-precision, high-quality processing ○ Bending dimension error within 0.1mm ○ Significant reduction in time for bending four edges eight times (U-shaped bending) ○ No scratches on products with the brush table For more information, please contact us or download the catalog.

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Our company has a wealth of experience in "precision sheet metal processing" and operates a full 24-hour system to handle cutting, bending, and welding processes comprehensively. We are equipped with various machines to meet diverse needs, including not only CO2 lasers but also a "cutting-only machine for YAG disk lasers," a "high-performance compact panel bender" that can perform bending without molds, and a "YAG laser welding robot" capable of producing beautiful welds with minimal distortion using a high-output oscillator. 【Features】 ■ Cutting can be processed from 0.5t to 25.0t (stainless steel) ■ Achieves very smooth cutting surfaces ■ Bending can be done up to 4000mm at 3.0t ■ Capable of handling prototypes, small lots, and mass production ■ Compatible with materials such as SS, SUS, aluminum, brass, and copper ★ In August 2018, we introduced the latest model of a pipe-specific laser processing machine at our Chubu office (Kasugai City, Aichi Prefecture), further expanding our processing capabilities and establishing a system that can produce both prototypes and mass-produced items. *Currently, we are offering case materials! You can view them immediately from "Download."

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This is an introduction to products made using our bending processing technology. Thanks to the development and innovations during the bending process using 3D-CAD, products with spherical corners can be manufactured. This eliminates the need to partially use cut hemispherical caps at the corners, which is expected to reduce setup labor hours. 【Example】 ■Product Name: Bending product with spherical corners ■Application: Various covers, etc. ■Technology: Development and innovations during bending processing using 3D-CAD *For more details, please refer to the PDF document or feel free to contact us.

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This is an introduction to the processed products made using our welding technology. For shapes that were traditionally machined and do not require high strength, we create the desired shape by stacking plates and performing keyhole welding using a YAG laser in the thickness direction of the plates. By substituting products with sheet metal processing instead of machining, we can achieve a reduction in manufacturing costs. [Case Study] ■ Product Name: Replacement parts for machined products utilizing keyhole welding ■ Application: Various devices ■ Technology: Keyhole welding using YAG laser *For more details, please refer to the PDF document or feel free to contact us.

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This is an introduction to the processed products manufactured using our welding technology. After performing YAG laser welding on two sheets of thin plate stacked together, we apply high-pressure gas to expand them, creating a tunnel-like interior. By utilizing this structure and flowing fluid inside, it can be used as a heat exchanger. 【Case Study】 ■Product Name: Heat Exchange Device via Overlapping Welding ■Application: Heat Exchange Device ■Technology: YAG Laser Welding followed by High-Pressure Gas Expansion *For more details, please refer to the PDF document or feel free to contact us.

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This is an introduction to processed products made using our panel bender. By using the panel bender, it is possible to perform bending processing of complex shapes. Curl bending at the hinge part can also be done integrally with the main body, reducing welding labor hours. 【Examples】 ■Product Name: Complex Bending Products by Panel Bender ■Applications: Various panel products, steel furniture, etc. ■Technology: Capable of bending processing of complex shapes *For more details, please refer to the PDF materials or feel free to contact us.

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This is an introduction to products made using our dedicated laser processing machine for pipe processing. Thanks to the precise control of the dedicated pipe machine, it is possible to process fitting shapes at the joint sections. This makes alignment before welding easier and is expected to improve work efficiency. 【Example】 ■Product Name: Pipe cutting products made with a dedicated laser processing machine for pipes ■Usage: Various frames assembled from pipes ■Technology: Processing through precise control of the dedicated pipe machine *For more details, please refer to the PDF materials or feel free to contact us.

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Our company delivers stable products, focusing on YAG laser welding robots and TIG welding robots. In particular, by possessing high-output transmitters for YAG laser welding, we have minimized distortion, enabling high-quality and beautiful welds. The "Powder Diverging Chute" is a food machinery component designed for diverting powder products into two directions after being transported on a conveyor. 【Features and Examples (Photos)】 ■ The inner corner welding of separation chutes for food machinery can also be done with YAG robot welding. ■ By performing laser welding, we were able to minimize the weld bead to the limit, allowing powder products to flow smoothly without accumulating on the weld bead, and preventing powder products from entering gaps due to the welding. *For more details, please refer to the PDF document or feel free to contact us.

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We would like to introduce products made using laser processing technology. The R-shaped stepped press-processed plate, which does not require mass production molds, is a product developed with the aim of reducing the weight of heavy covers. By creating stepped shapes within the flat cover of thin plates, we can increase strength, reduce thickness, and achieve lightweight designs, as well as ease the removal of covers during maintenance and reduce the overall weight of the machinery. [Features and Examples (Photos)] - By using protrusion processing, we achieve weight reduction and cost savings through increased surface strength and reduced plate thickness. - For plates with thicknesses ranging from 0.8t to 1.2t made of SS, SUS, or aluminum, bending processing of stepped thickness shapes with a minimum radius of R30 is possible as a single item. - Each machine we own is equipped with our own developed loader and unloader. - Automatic supply and automatic retrieval are possible, enabling a 24-hour full operation system. *For more details, please refer to the PDF document or feel free to contact us.

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The thread chamfering machine "KL1310CF" allows anyone to easily chamfer threads just by moving the workpiece left and right. It can also be used by part-time workers. The size of the chamfer depends on the user's discretion. The work area is well-lit, enabling you to check the finishing state of the chamfer while working. 【Features】 ○ Power supply: AC100V ○ Can use commercially available grinding belts ○ Bright work area For more details, please contact us or download the catalog.

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By requesting from Kurashiki Laser, you can achieve protrusion processing without the need for molds. It is possible to reduce the plate thickness compared to the current cover while maintaining strength, allowing for weight reduction. Additionally, incorporating this processing as a highlight can transform the appearance into something quite different from before! Since no molds are used, there are no mold costs, and prototypes and production can be done from just one piece. 【Processing Range】 ○ Maximum processing table size: 1524x3048 For more details, please contact us or download the catalog.

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If you request Kurashiki Laser, you will receive processed materials with angle cuts, hole drilling, and tapping, which can be assembled and temporarily fixed on a flat plate, and then only the final welding is needed to complete the product. Compared to before, the number of units that can be completed in a day has significantly increased. Kurashiki Laser's dedicated pipe processing machine is excellent for processing not only round pipes and square pipes but also angles and channels. 【Features】 ○ Eliminates labor-intensive tasks all at once ○ High precision and high-speed processing For more details, please contact us or download the catalog.

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The traveling exhibition is currently being held mainly in the Chinese region near our headquarters for various manufacturers and processing companies, and it has received great acclaim from all personnel in charge of design, materials, and construction. We understand that at large exhibitions, due to the availability of staff and time constraints, it may be difficult for employees from various companies to attend, and that detailed explanations at booths may not be possible, which can be a concern. Therefore, Kurashiki Laser Co., Ltd. aims to address this by visiting each manufacturer and conducting exhibitions where our staff will explain the latest sheet metal products and technology samples while you observe them. We hope this will be beneficial for the further advancement of your company's products. 【Features】 - Challenge speed - Challenge quality improvement - Challenge price disruption - Challenge technology For more details, please contact us or download the catalog.

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At Kurashiki Laser Co., Ltd., we actively propose technologies and products that align with the next-generation manufacturing concepts communicated by our customers, through collaboration with cutting-edge cutting (including pipes and square pipes) and welding processing technologies. We respond to our customers' needs. It has become possible to achieve things that were unimaginable with traditional sheet metal processing using only press brakes. We also provide ideas for new designs. Please feel free to consult with us. 【Features】 - Quality improvement, speed enhancement, cost reduction - High-speed, high-precision, high-quality processing - Bending dimension error within 0.1mm - Significant reduction in time for bending four sides eight times (U-shaped bending) - No scratches on products with brush tables For more details, please contact us or download the catalog.

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By consolidating cutting, bending, and welding operations in one location, we achieve shorter delivery times through integrated production.

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To perform machining using NC control, it is possible to process free shapes ranging from simple to complex geometries.

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