シーケービー List of Products and Services

By simultaneously rotating both the spindle holding the workpiece and the grinding tank, strong grinding force is achieved, enabling high-precision and efficient surface finishing. Complete automation can also be easily constructed, making it suitable for large-scale mass production lines. (High-speed rotating spindle Max. 2,000 rpm) Compared to drag finishing machines, it allows for strong polishing power and short processing times. It supports complete automation and is a customizable machine that can be designed from the axis configuration.

• Other machine tools
• Wafer processing/polishing equipment

The newly developed SF-HP series, designed for large and heavy workpieces, can handle overall surface finishing of products, including deburring, edge rounding, and improving surface roughness. It is particularly capable of processing a wide range of large workpieces in industries such as aerospace, energy, automotive, oil and gas, shipbuilding, and food.

• Other machine tools
• Wafer processing/polishing equipment

This is a device that performs deburring and polishing of workpieces in the overflow generated by rotating a disk located at the bottom of the grinding tank. The workpiece and media rotate in the same direction within the vortex. By utilizing the differences in specific gravity and weight between the workpiece and media, a gentle finish on the workpiece is achievable. 【Features】 Wet zero-gap system It is capable of polishing extremely thin workpieces, such as those with a thickness of 0.1mm, without deformation.

• Other machine tools
• Wafer processing/polishing equipment

EF Flex is an innovative electro-polishing device for yellow gold, red gold, white gold, and silver. This device allows for polishing treatment of complex-shaped jewelry in a short amount of time. The intricate and beautiful details remain intact, and the internal shapes achieve a wonderful finish. As a result, manual polishing is minimized, significantly improving surface quality. Additionally, the modular design allows for the expansion of up to three individually controllable process tanks. The software includes a database that makes it easy to save and manage work-specific process parameters. - Ideal for polishing gold and silver - Minimizes manual polishing - Polished gold can be easily recovered with a filtration system - Easily expandable to up to three process tanks - Cyanide-free process that does not fall under toxic substances - Work parameter management system

• Other machine tools
• Wafer processing/polishing equipment

A new tabletop-sized device has been added to the lineup as an electrolytic polishing machine for jewelry and dental applications. By using a dedicated electrolytic solution and media tailored to the target object, it achieves high gloss with minimal shape change. Additionally, unlike traditional electrolytic polishing, it does not use highly toxic substances, and the combination of the device's rotation mechanism with the electrolytic solution and media results in a uniform and smooth surface. It is also capable of easily polishing complex shapes and intricate internal areas. We offer specifications tailored to the specific application.

• Other machine tools
• Wafer processing/polishing equipment

Germany Otec Corporation's Barrel Polishing Machine The 'ECO-Maxi' is a compact, multifunctional polishing device that handles magnetic polishing, rough grinding, and finishing polishing all in one machine. It reduces manual labor and contributes to cost reduction, producing significant effects in a minimal installation space. Additionally, it features simple operation with only timer and speed settings, and the magnetic polishing includes an automatic reversing function. 【Features】 ■ Handles magnetic polishing, rough grinding, and finishing polishing all in one machine ■ Produces significant effects in minimal installation space ■ Reduces manual labor and contributes to cost reduction ■ Simple operation with only timer and speed settings ■ Magnetic polishing includes an automatic reversing function *For more details, please refer to the PDF document or feel free to contact us.

• Other processing machines

LIECHTI ENGINEERING, a member of the Swiss GFM Group, has a long history dating back to its founding in 1865 and has been producing lathes and milling machines for many years. Since the completion of the first 4-spindle/5-axis controlled turbine blade machining center, MULTIMILL, in 1985, the company has specialized all its production models for machining turbine blades, blisks, and impellers, continuing to this day. This machine is suitable for rough and finish machining of complex shapes, mold making in propeller and turbine blade factories, and manufacturing of aircraft engine parts (integrated parts). The unique arrangement of each axis has been designed to meet the different dynamic requirements of each axis through optimal mass distribution. The mass is minimized on the axis with the greatest dynamic demand. Furthermore, when pivoting the milling spindle, the adjustment of the linear axis to achieve the same contact point on the workpiece is minimized. As a result, excellent dynamic characteristics are achieved, enabling high-precision machining at high feed rates. It has also been characterized by not requiring program modifications when using tools of different lengths.

• Machining Center

LIECHTI ENGINEERING, a member of the Swiss GFM Group, has a long history dating back to its founding in 1865 and has been producing lathes and milling machines for many years. Since completing the first 4-spindle/5-axis controlled turbine blade machining center, MULTIMILL, in 1985, the company has specialized all its production models for turbine blade, brisk, and impeller machining, continuing to this day. 【Product Lineup】 g-Mill / go-Mill Series 5-axis CNC Control: - Dedicated machines for medium to short blades and brisks - Ultra-high-speed machining machines with DD on the rotary axis and linear motors on the X-axis - High Jerk - High Quality concept (no vibrations or shock marks even with rapid changes in acceleration) - 30% increase in productivity! - A "Twin" version with 2 spindles is also available.

• Machining Center

The German company PRÄWEMA is a group of specialists in gear processing. The DVS Technology Group, to which PRÄWEMA belongs, engages in the manufacturing of machine tools, automation, tooling, jig design and production, as well as contract gear processing services. PRÄWEMA's gear machining centers are platforms that can individually combine main and secondary processes. They perform both skiving and gear honing in a single machine. Thanks to the integrated power skiving, it is also possible to carry out hard-fine machining on workpieces after hardening. PRÄWEMA has many years of experience and achievements in internal gear honing as a hard finishing process. With the modular design of the Synchroform V, it provides an ideal platform that adds core technologies such as power skiving and internal honing, as well as slitting operations using cutting tools. Additionally, processes like inner diameter and end face grinding can also be added, allowing a single machine to perform a wide range of machining operations.

• Gear cutting machine/Gear finishing machine
• Special Processing Machinery

The German company PRÄWEMA is a specialist group in gear processing. The DVS Technology Group, to which PRÄWEMA belongs, is engaged in the manufacturing of machine tools, automation, tooling, jig design and production, as well as contract gear processing services. The SynchroFine power honing and synchronous gear honing machine is composed of all units in a compact design. The direct drive tool spindle and workpiece spindle do not require mechanical transmission elements such as toothed belts or gears, ensuring backlash-free drive. SynchroFine comes standard with a self-loading unit and handling unit. Workpieces are fed into the machine via conveyors and other means. Simple manual loading is also possible. We design a wide range of automation solutions according to customer preferences and needs, from robotic cells with camera functions provided by our sister company BBC Robotics to automation solutions using conveyor belts. To further increase efficiency, we offer TWIN spindle machines, which can minimize non-productive time (waiting time).

• Gear cutting machine/Gear finishing machine

SMS (SMS) was founded in 1995 and is a machine manufacturer specializing in screw grinding, located in Alpstadt near Stuttgart in southern Germany. In its early days, the main business was the overhaul of mechanical screw grinding machines from Reishauer and Klingelnberg, as well as CNC retrofitting. Today, the company focuses on the development and manufacturing of its own screw grinding machines. The SH series adopts a traveling column structure, making it compact yet highly rigid and low-vibration. It is suitable for a wide range of workpieces, including worm gears, ball screws, screws for extruders, rolling dies, screw thread gauges, tap tools, and gear cutting tools, making it appropriate for various applications.

• Other machine tools
• Grinding Machine

The GBA203 is a grinding machine specifically designed for threading or forming taps. It is a grinding machine for mass production of straight taps or spiral taps. Specially developed for tap mass production, it achieves high productivity and precision through a stable machine structure designed based on FEM analysis.

• Other machine tools
• Grinding Machine

WEINGÄRTNER, founded in 1965, is a pioneer of large machining centers based in Kirchham, Central Austria. The multi-purpose machining center, mpmc, which we are introducing this time, is capable of handling various applications such as power generation, aviation, railways, oil and gas, and general machining. We have a track record of delivering workpieces weighing 60 tons for power generation shafts and workpieces up to 11 meters long for marine crankshafts. With a welded steel plate structure for the integrated bed, it allows for heavy cutting and high-precision machining using high-rigidity, high-performance machines. According to customer needs, the workpiece length can be adjusted in increments of 1 meter, ranging from a minimum of 1 meter to a maximum of 20 meters, and it can accommodate a maximum workpiece diameter of up to 2.8 meters.

• Milling machine
• Other machine tools

WEINGÄRTNER, founded in 1965, is a pioneer in large machining centers based in Kirchham, Central Austria. The screw machining machine, Pickup, which we are introducing this time, is a dedicated equipment specialized for screw processing such as injection molding machines, vacuum pumps, progressive cavity pumps, ball screws, and mixing machines. Due to its dedicated design, the machining cycle time is extremely fast, and the integrated bed made of welded steel plates provides high rigidity and high performance. The equipment can be designed for workpiece lengths ranging from a minimum of 1m to a maximum of 6m, with a maximum workpiece diameter of 180mm.

• Milling machine
• Other machine tools

It is possible to significantly improve productivity and processing accuracy while providing a simpler and clearer process sequence. The optimization of the servo axis allows for a compact axis configuration that ensures high precision and enables the creation of highly flexible programs. A hydrostatic spindle with high precision, rigidity, and damping characteristics is adopted. It can accommodate up to four fixtures simultaneously, thereby reducing cycle time. While maintaining excellent accessibility for maintenance and tool changes, the compact design minimizes the installation area. The main spindle reduces vibration through hydrostatic bearings and direct drive. With very compact machine dimensions (5340mm x 2670mm), it can be transported as a single unit.

• Milling machine
• Special Processing Machinery

The German company BURKHARDT+WEBER is a manufacturer of ultra-large machining centers that did not previously exist. Until now, the processing of large complex parts has been done using dedicated machines for each process (such as horizontal boring mills, fine boring machines, vertical lathes, and gear cutting machines), but by using large horizontal machining centers, process consolidation can be achieved, ensuring accuracy becomes easier, and 24-hour unmanned operation is possible.

• Milling machine
• Boring Machine

We introduce the CenterSter model, which focuses on shaft work, from the 'Microfinish' processing machines manufactured by Thielenhaus in Germany. There are many parts that require strict precision and tolerances, not only in automotive steering and internal engine components but also in motors and electrical parts. By using the CenterSter after the grinding process, it becomes possible to meet these stringent specifications. It can accommodate not only outer diameter surfaces but also Gothic R profiles. Depending on production quantity and required cycle time, you can choose between a one-station or two-station configuration. It is equipped with an automatic grinding wheel adjustment function that takes into account the wear of the grinding wheel (shoe), facilitating automation.

• Other machine tools
• Special Processing Machinery

We would like to introduce the BearingSter, a model focused on bearing work from the microfinish (super finishing) processing machines that THIELENHAUS, a German company, specializes in. Processing bearing grooves requires highly specialized knowledge and experience. The latest super finishing machine, BearingSter, designed and manufactured by Thielenhaus, which has over 80 years of experience as a supplier of specialized machine tools for super finishing, is already equipped with high levels of expertise and experience, allowing it to achieve stringent precision requirements without the need for complex tooling design.

• Other machine tools
• Special Processing Machinery

The German company Strum's cylinder bore thermal spraying device allows for the selection of either wire or powder as the thermal spray material. The specifications of the equipment also change depending on the thermal spray material used. A cylinder inspector made by STURM is installed in the machine, which records the surface roughness, coating defects, and surface characteristics of the cylinder before and after spraying. There is also an inline measurement device (independent or included with the wire thermal spraying process). Due to the narrow injection angle of the thermal spray material, a uniform thin layer can be welded onto the cylinder bore. 【Features】 Particles of wire or powder are sprayed onto the undercut areas formed by roughening and are melted onto the surface of the cylinder bore.

• Special Processing Machinery

Versatile Technology's automatic enamel meter can detect the enamel exposure of standard cans and trim cans. It accommodates cans of any height without the need for change parts. The measurement time is approximately 20-30 seconds per can.

• Other inspection equipment and devices

The Versatile Technology automatic shell measuring machine can measure anchors and curl ends with diameters ranging from 200 to 206 (209 diameter is optional) without changing the mold. The measurement items include curl height, countersink, unit height, panel depth, curl opening, and curl diameter (inner and outer diameter). An automatic detection function for the rolling direction is standard equipment.

• Other inspection equipment and devices

The automatic front-end measuring machine manufactured by Versatile Technology can measure the height of cans, maximum, minimum, and average thickness, as well as the depth of the can bottom, by performing a 360º automatic scan. The measurement results are displayed in real-time on a liquid crystal touch panel. Continuous vertical measurement of thickness allows for the acquisition of thickness distribution. The cans that can be measured include trim cans (lubricant cans) and cups with diameters of 202, 204, 206, and 211, and heights ranging from 250ml to 610ml. No mold change is necessary.

• Other inspection equipment and devices

Versatile Technology's automatic film thickness measurement device adopts the probe from SpecMetrix in the United States, allowing for the measurement of varnish thickness and film thickness distribution while ignoring the ink, starting from a state of ink + varnish (foam ink is also possible). 360° scanning is conducted using a non-contact probe. It also accommodates film thickness on rim-coated surfaces. The cans that can be measured include standard cans with diameters of 202, 204, 206, and 211, and no mold change is necessary.

• Other inspection equipment and devices

The Buderus (Buderus) company in Germany produces the 235V series multi-processing machine, which features a center drive with two turrets and two spindles. The grinding axis is accessible from below the center drive. The machine equipped with a double diaphragm chuck can also process the inner diameter of hollow shafts. Thanks to the center drive, it is possible to process both the inner and outer diameters with just one clamping, significantly improving machining accuracy and efficiency. In addition to external grinding, internal grinding, milling, hard turning, and in-machine measurement, the 253VM allows for workpieces to be clamped with a diaphragm chuck, enabling the processing of the inner diameter of shafts as well. The machine frame, or bed, is made of natural granite, ensuring high rigidity, vibration damping, and optimal thermal properties for advanced machining stability. DVS-CLEANTEC® also offers an energy-efficient, low-emission cleaning solution that separates dirty and clean areas. You can also rely on us for tooling design and automation specifications.

• Special Processing Machinery
• Grinding Machine
• lathe

The German company Buderus's multi-processing machine uFlex has significantly improved the machining area by mounting the turret in the same direction as the inclined surface slide. It is capable of external grinding, internal grinding, milling, hard turning, and in-process measurement, as well as internal grinding of tapered sections. The machine frame, or bed, is made of natural granite, ensuring high rigidity, vibration damping, and optimal thermal characteristics for advanced machining stability. DVS-CLEANTEC® also provides an energy-efficient, low-emission cleaning solution that separates dirty and clean areas. You can also rely on us for tooling design and automation specifications.

• Special Processing Machinery
• lathe

iCompact is a vertical multi-tasking machine developed by the German company Buderus. Despite its compact size, it features a vertical design with a main spindle that clamps the workpiece and is equipped with a cross slide. This multi-tasking machine integrates external gear machining, internal diameter grinding, external diameter grinding, hard turning, honing, and in-machine measurement into a compact unit. The machine frame, or bed, is made of natural granite, ensuring high rigidity, vibration damping, and optimal thermal properties for advanced machining stability. Additionally, the DVS-CLEANTEC® provides an energy-efficient, low-emission cleaning solution that separates dirty and clean areas. You can also rely on us for tooling design and automation specifications. *For more details, please refer to the PDF document or feel free to contact us.*

• Special Processing Machinery
• Grinding Machine
• lathe

The probe with two styluses performs sequential scanning on the work surface. Notably, the actual shape of each of the two styluses is automatically mapped in multiple directions to optimize the probing system. High-resolution measurements are taken at a rate of 12,000 times per second during scanning and are stored in computer memory. After scanning the initial contour, the measurement force reverses, and the probe scans the opposite side of the gauge. Each measurement point has a resolution of 0.01μm in both axes.

• Other inspection equipment and devices

GFU GmbH, founded in 1989, is a pioneer in molding technology and provides near-net-shape molding technology without welding, from thin-walled tube materials (hollow pipe materials) as a leading supplier worldwide. A single tube material is heated and shaped using various techniques such as high-speed end forming, upset forming, forging, and contraction/expansion. In the field of electric vehicles (EVs), it is possible to shape hollow rotor shafts, shock absorbers, pressure tanks, axle shafts, camshafts, etc., in a short time, contributing to weight reduction and a decrease in the number of parts. Additionally, GFU's molding technology accurately shapes not only the outer diameter of shafts but also the inner diameter, allowing for increased wall thickness of the material and thickening at intersections (90-degree bends) where strength is required, as well as the creation of flange shapes.

• Other machine tools
• Forging Machine
• Plastic processing machines (cutting and rolling)

The Swiss-made "T12" from Globe is a cold forming machine that generates a very high feed rate per workpiece while providing appropriate part quality. Thanks to its highly functional machine axis, it allows for simple operation and control correction, spline alignment, flexible recovery actions, and diversification of product management. With just a few minutes of changeover time, it offers customers the possibility of flexible planning and just-in-time production. 【Features】 ■ Globe quality ■ Very short cycle times ■ High process stability ■ Versatility, minimal changeover time ■ Easy service and maintenance *For more details, please refer to the PDF materials or feel free to contact us.

• Plastic processing machines (cutting and rolling)
• Forging Machine

The Swiss-made Glove Company S8 slotting machine features a compact modular design and is used for slotting and trimming sheet metal parts in cup and ring shapes. Thanks to the mechanically defined slotting stroke of this machine, it is possible to perform simultaneous processing of slotting and trimming, as well as slotting and coining, in addition to machining snap ring grooves for clutch disk carriers.

• Plastic processing machines (cutting and rolling)

LaVa is an abbreviation for Laser Welding in Vacuum, and it is equipment used for laser processing in a vacuum. By performing laser processing in a vacuum, it achieves deeper penetration and dramatically less spatter compared to processing in the atmosphere. Additionally, at a wide pressure range of 0.1 to 100 mbar, it can maintain a stable keyhole while allowing for welding with penetration up to about twice the maximum depth achievable with conventional laser power alone. It is capable of processing copper, titanium, and other metals at the level of electron beam welding, without being affected by magnetic or insulating materials.

• Welding Machine

The MEBW60 series is an electron beam processing machine specialized in extremely fine machining. It excels in processing materials that are difficult to work with using laser machining. Welding: It achieves high-precision welding with a welding width of less than 1mm, such as 200μm. Depending on the conditions, welding with a width of 50μm is also possible. The output is 60KV with a maximum of 33mA. Drilling: It can create extremely small holes of less than 50μm in metal due to localized strong energy. Depending on the conditions, drilling holes of 10μm is also possible. Metal surface processing: It is also capable of surface structure formation, hardening, engraving, and polishing.

• Welding Machine

SKC has over 35 years of experience in producing special materials for sliding surfaces and worm racks used in machine tools and industrial machinery. SKC's products are standardly adopted by many manufacturers of machine tools and industrial machinery. This is a two-component epoxy resin with special performance that is applied to the sliding surfaces of machine tools, consisting of a base agent and a hardener. There are mainly two types with different fluidities: - The type applied to the sliding surface using a spatula leads the machine to high rigidity due to high surface pressure. - The type that uses a dedicated syringe to fix the position (height) of the bed and sliding surface before injecting the material with the syringe excels in workability. The static friction coefficient achieved by the combination of SKC and gray cast iron is about 1/7 compared to the static friction coefficient between gray cast iron surfaces. Additionally, the low elastic compressive stress at the start of sliding makes it possible to eliminate the stick-slip phenomenon that tends to occur on the sliding surfaces of machine tools. This is precisely the main feature of SKC.

• others
• Other machine elements

The joints of working machines and industrial machinery are usually machined, which tends to result in point or line contact on the contact surfaces. The SKC joint surface material, SKC gap filler, compensates for these shortcomings. By using this material, the joint can achieve surface contact, resulting in high rigidity, while also making machining at the joint more cost-effective. Additionally, by using the SKC gap filler, it is possible to fill the waste holes and slight gaps between parts that occur during machine manufacturing or overhauls. This process helps maintain the high rigidity of the machine. The liquid gap filling material maintains a low friction coefficient even under high surface pressure and possesses excellent characteristics that avoid stick-slip phenomena due to adequate lubrication. It is easy to work with. The injected gap filler completely cures without shrinkage.

• others
• Other machine elements

FSW - Friction Stir Welding -（摩擦攪拌接合）は、接合ツールをもちい摩擦熱で軟化させた材料を攪拌して接合する画期的な技術です。 通常の溶接とは異なる接合ツールを用いて接合させるため、溶接より高い強度で熱による歪みの少ない接合を実現します。 ガスや煙、スパッタなどを放出しない安全で快適な作業環境を生み出せるのも利点です。

• Welding Machine

It provides production speeds suitable for precise manufacturing strategies and extremely high accuracy. The highly versatile TG series is suitable not only for batch production and mass production but also for prototype manufacturing. 【Features】 Fully automated probing on the machine provides closed-loop feedback for corrections to the wheel dresser, enabling high-precision profile generation without requiring advanced operator skills. The HPMS (Holroyd Profile Management System) consists of subprograms for developing various helical profiles such as screw rotors, vacuum screws, and pump screws. HPMS can also be used to assist in controlling profiles during the manufacturing stage and optimizing meshing conditions during operation.

• Grinding Machine

It has grinding capabilities with a maximum work size of 420mm and a maximum work weight of 700kg, offering very high versatility. 【Features】 In addition to being a high-precision helical profile grinding machine, the Zenith 400 achieves a high chip removal rate, and both production rate and precision can be adjusted to meet individual manufacturing requirements. The HPMS (Holroyd Profile Management System) consists of a series of subprograms designed to develop a wide range of helical profiles for screw rotors, vacuum screws, and pump screws, and is offered as an option with some of our grinding technologies. HPMS can also be used to assist in controlling profiles during the manufacturing stage and optimizing meshing conditions during operation.

• Grinding Machine
• Other machine tools

**Features** ■ Large Blade Grinding Equipped with specially designed belt tools, it enables the lapping of large blades. ■ Compliance Unit By equipping a special compliance unit at the tip of the robotic arm or on the belt unit, precise pressure control during processing is possible, allowing for uniform grinding of the product surface. ■ Deburring We also have dedicated applications for chamfering fan cases for aircraft engines and various gears. We can propose optimal solutions based on customer requests. ■ Brisk Grinding Using a dedicated belt unit, surface grinding of brisk is also possible.

• Grinding Machine
• Other machine tools

The Flexmill S series has been developed to provide perfect performance and added value through high-performance tools and robot automation with process modules. **Features** - **Blade Grinding** Surface grinding with a surface roughness of Ra0.3 is possible through grinding with dedicated belts or disc grinding wheels. Depending on the target workpiece and application, dry grinding or wet grinding can be selected. In many cases, wet processing provides better quality and safety in the manufacturing process. - **Grinding Belt Tool** The tool media automatic exchange unit allows for fully automatic replacement of belts. This patented technology enables long hours of unmanned operation. - **Compliance Unit** By equipping a special compliance unit at the tip of the robot arm or the belt unit, precise pressure control during processing is possible, allowing for uniform processing of the grinding allowance on the product surface. - **S Series Platform** The Flexmill platform can be equipped with various tools and processing modules, allowing for flexible responses to customer requests.

• Grinding Machine
• Other machine tools

The GT series is designed to meet the high precision requirements in gear measurement technology accurately, easily, and quickly.

• Other inspection equipment and devices

The CORE-S series is a 5-axis non-contact three-dimensional measuring machine. It can measure at nearly four times the speed of conventional contact-type three-dimensional measuring machines, and even on surfaces with high reflectivity, which optical systems struggle with, it can measure shapes without any coating, and of course, no markings are required. It is ideal for measuring small turbine blades, medical implants, and parts with characteristics such as reflective surfaces and sharp edges. The operation is very simple; just clamp the object to be measured and press a button to start non-contact measurement. The optical sensor enables the measurement of parts with complex geometries and serves as a solution that replaces multi-point measurements using gauges. To allow for the measurement of complex shapes, it is capable of simultaneous 5-axis operation, significantly reducing measurement time compared to contact measuring machines.

• 3D measuring device
• Optical Measuring Instruments

exaCT's CT technology is compact and user-friendly, allowing for non-destructive testing of all data contained within the object. It can measure hidden elements inside the object non-destructively and retain the measurement data. It is also ideal for measuring complex shapes formed by 3D printers and other methods.

• 3D measuring device
• X-ray inspection equipment

A portable and easy-to-use high-precision and reliable 3D high-speed scanner. The mScan2, part of the WENZEL product series, achieves high-speed scanning at 1.3 million scans per second while being portable and easy to operate. Its ergonomic design allows for easy operation in various environments and work locations, enabling effective scanning. 【Features】 ■ Intuitive scanning software ■ Easy operation ■ Simple setup

• Other image-related equipment
• 3D measuring device

Additive Industries is a high-end metal 3D printer manufacturer based in Eindhoven, Netherlands, established in 2012. With the slogan "Bigger, Better, Faster," we assist customers in various fields, including aerospace, automotive, high-tech, and energy industries, in achieving sustainable and profitable growth. The MetalFABG2 series from Additive Industries in the Netherlands excels in reproducibility, productivity, and flexibility, capable of handling everything from prototyping and development to mass production. Anytime, anywhere, on demand. We propose a new world of industrial metal 3D printing.

• 3D Printer

The electronic beam welding machine from Germany's SST (Steigerwald) company is a device capable of stably irradiating high-voltage electron beams of up to 150KV. With irradiation at high voltage, it can achieve narrow and deep penetration while minimizing deformation due to heat input. Additionally, because the beam is stable, the spike depth on the workpiece is also consistent and reliable. Furthermore, with multi-beam technology, it can perform "preheating," "main welding," and "cosmetic welding" simultaneously with a single beam. It is suitable for welding many metals, including aluminum, copper, and dissimilar metal joints. *For more details, please refer to the PDF document or feel free to contact us.*

• Welding Machine
• Other processing machines
• Other surface treatment equipment