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Equipped with a high-speed spindle that can reach up to 42,000 RPM as standard for simultaneous 5-axis control machining! [Video available] [Exhibiting at EMO 2025]

【JIMTOF2024 Exhibited Machine Technical Data】 Model: RXP501DSC Processing Range: 500mm x 500mm x 300mm Swing Angle: +/− 115 degrees Rotation Range: Unlimited Table Size: 200mm Workpiece Weight: Maximum 30kg Machine Weight: Approximately 7 tons Milling Spindle: 42,000rpm Footprint: Width 2800mm x Length 2450mm x Height 2520mm *For more details, please contact us. ◇◆EMO 2025 Exhibition◆◇ Event Period: September 22 to 26, 2025 Exhibition Venue: Hannover International Exhibition Center https://emo-hannover.com/

Innovative solutions, a new concept in screw rolling centers, eliminating manual work, that is, complete computerization.

This screw rolling center features a proven proprietary feeding system that is effective for stud bolt production. The blanks are supplied to just before the starter finger via tube-based transport, and then the blanks are accurately fed to the processing section by a pneumatic feeding device. Two types of specifications can be adopted for precise blank orientation control. • The specification suitable for maximum productivity connects the screw rolling machine to a header, supplying forged blanks directly to the rolling machine via a transport tube. • The other specification utilizes a vertical or vibration feeding system according to the product length, along with mechanical control for orientation using image analysis with a digital camera, and a cutting supply system.

One machine that enables everything from milling processing to jig grinding and inspection! Reduces setup man-hours and costs!

【Machine Technical Data】 Processing Range: 500mm x 552mm x 300mm Table Size: 600mm x 540mm Workpiece Weight: Maximum 400kg Machine Weight: Approximately 10 tons Installation Area: Width 3015mm × Length 2510mm × Height 2750mm *For more details, please contact us.

SACMA Group's "Cold Former," a productivity-enhancing solution that the world can be proud of.

The blank transport mechanism of the SACMA company's progressive die former has become a world standard after years of consideration, addressing issues that have been typical failure examples from other manufacturers. The precise configuration of the transport fingers is established by a mechanism that enables smooth oscillation motion and a desmo cam (double cam) system that allows for perfect positioning control and maximum production speed. The multi-adjustment of transport timing phases, along with variations in the clamping force of the clamp fingers and the opening and closing speed of the fingers, allows for safe and maximum-speed transport of blanks ranging from long to short lengths, even without the use of springs.

Gravity die casting machine for small, medium, and large-sized products using multiple cavity molds.

Main Features: • A robust machine structure with important components placed in accessible and protected locations. • The immersion tank is an independent unit that is removable. It is protected to prevent sand and grease from entering the tank during operation. • Equipped with a variable capacity pump, resulting in a longer pump lifespan and quieter operation. • Hydraulic and electrical components, cylinders, and valves are easily replaceable. Basic Characteristics: • Casting from the front or side • Independent immersion tank • Pre-set immersion angle • Molds can be moved to the front position for assembly and cleaning • Bench tilt and mold closing can be adjusted according to the type of mold • Mold rotation is possible within the immersion tank • Emergency stop button for mold opening • Safety valve for bench tilt mounted on the cylinder • Static limit switch without mechanical contacts • Mechanical operation of conical bearings • Adjustable pump flow rate • Hydraulic valve with LED • Limit switch with LED • Counter for counting casting amounts

For the production of small to medium-sized cores using the HOT BOX system.

Basic Features: • Heavy steel frame structure • Chrome-plated sliding round rails protected by copper bushes • Automatic discharge of cores to the conveyor belt by tilting the core box • Independent heating system for two semi-core boxes • Water cooling system for the blow head • Adjustable blow head plate • Equipped with a vibrator for the blow cylinder • Power distribution panel and control cabinet • Discharge table on the bush side • Lower metal core ejector with temperature control device • SIEMENS PLC • Static limit switch • Pneumatic cylinder and pneumatic valve

This is a tool presetter for an entry-level low-cost model. Of course, it will also satisfy professionals.

Precision Spindle: Easily interchangeable adapter sleeves of various taper sizes. Display: Features an easy-to-use touch screen user interface. Z-axis: Allows for precise presetting of the overall measurement height for accurate positioning. X-axis: Enables precise presetting of the overall measurement length on the horizontal axis.

Rotary table type tool presetter SiRiUS series

The old type TRABANT series, which has a proven track record of numerous deliveries within Japan, adopts the Haas coupling method for table indexing. Furthermore, significant revisions have been made to the bed and slide components to achieve greater stability in repeatability accuracy.

A single machine that enables everything from 5-axis milling to jig grinding and inspection! Reduces setup time and costs! Capable of processing high-hardness materials [Video available].

【Machine Technical Data】 Model: RXP501DS Processing Range: 450mm x 455mm x 240mm Swivel Angle: +/−115 degrees Rotation Range: Unlimited Table Size: 250mm Circular (EROWA Quick Change Palette) Workpiece Weight: Maximum 60kg Machine Weight: Approximately 6 tons Milling Spindle: 42,000rpm Installation Area: Width 2710mm x Length 2350mm x Height 2320mm *In addition to the above model, we also have a lineup of large machines. Please contact us for more details.

Brass and aluminum hot forging hydraulic press ME / G series

ME Series Hydraulic Press for Hot Forging of Brass, Aluminum, and More - Equipped with a horizontal HY-ME punch for boring in horizontal holes - The positive stop determines the punch's retraction position, ensuring an accurate starting position for the punch - The punch is mounted on a guide, allowing for offset boring aligned with the punch thrust axis - The starting position of the punch directed towards the billet is precise - Individual operation for each axis is possible according to punch stroke and speed - Designed to operate with minimal pump and motor output - The punches in the G series operate with the patented HY-ME system - Individual control of position and speed for each punch slide is possible - Parameter changes can be made from the operator console's touchscreen - Forging part discharge devices can be installed on the upper or lower die - Electrical system compliant with international standards - Internet connection via Ethernet enables tele-service capabilities

Hot forging press for brass and aluminum materials.

- The operating mode can be easily selected with a switch. - High precision encoders achieve high repeatability in position and operation. - Changing the number of strokes per minute of the ram automatically adjusts settings for loading devices and lubrication. - The ram is equipped with double guides and eight adjustable sliding pads, ensuring precise downstroke and mold closing. - The loading and unloading arms operate at high speed, with acceleration and deceleration control. - The loading arm can perform vertical pickup operations, is equipped with a self-centering gripper, can rotate 360 degrees, and can adjust the billet according to the tilt of the mold surface. - Program creation and saving are possible from an interactive page. - Cartesian or anthropomorphic robots can be used. - By calling specific programs, parameters related to parts are automatically set. - Immediate error display for troubleshooting. - Fully digital electrical equipment. - Ethernet connection and software package enable tele-service via internet connection. - Various accessories are available to match the parts being forged.

Hot forging press for brass and aluminum materials.

SOV Press Series - Mechanical press using an eccentric shaft, operating with a single stroke. - Years of experience in processing long and slender injection molded shapes as well as general solid shape components. - Control via direct drive: High-speed processing is possible even for high-quality materials and precision dimensions. - Parts from internationally leading companies are used for pneumatic and hydraulic systems. - Profibus technology is used in the electrical system, reducing wiring. - Equipped with a full digital type electrical system, internet tele-service via Ethernet is available. - Various accessories are available to meet needs.

Line production is possible from molten metal in the furnace to the production of castings by the casting machine, discharge, cleaning by automatic robots, and cutting of the runner.

This new type of plant enables line production. In other words, it allows for the production, discharge, automatic robot sand blasting, and cutting of castings from molten metal. To make operations easier, ergonomic design and configuration have been incorporated into the automatic devices. Operators can thoroughly monitor the pouring process at all stages of production. The adoption of a casting retrieval function allows for 100 percent visual inspection of the products. The modular concept provides high flexibility to meet various configuration and combination requests. The overall dimensions are kept very compact. With two furnaces operating at separate pressures, individual metal levels, and different brass alloys, it can be used with great flexibility and high reliability.

Automatic grinding wheel exchange system with a modular design that allows for additional functions based on individual specifications.

Features: All structural characteristics and advantages of the 335 basic version Play-free closed-loop control AC direct drive equipped on all linear and rotary axes High precision and power performance of the feed axis Excellent repeatability in positioning and contour tracing Up to 1 G axis acceleration achieved through the adoption of linear motor technology High-output grinding wheel drive with a maximum speed of 12,000 rpm Thermal stability through temperature regulation on all axes Microfilter and coolant temperature regulation Equipment and Options: Universal rotary axis for workpiece holding, reaching a maximum speed of 2,500 rpm in cylindrical grinding processes Grinding wheel speed increased to a maximum of 24,000 rpm Attachments for mounting and adjusting grinding wheels High-pressure coolant nozzle Pickup loader for workpiece processing Grinding wheel changer equipped with up to 5 holders Attachment for precision machining of cutting edges with specified edge rounding using magnetic finishing methods

Electric Hydraulic Press S / PO / E Series

Main Features - High flexibility and easy operation - The S model is equipped with a rotary table with 4 or 6 stations - Can be used with a 4-station table x2 by rotating the selector - Rotational speed is adjustable - Final position of the table can be adjusted with a pin - Other functions are hydraulically controlled - Capacity ranges from 100kN to 600kN The PO series has no rotary table and features 1 station. E Series - The E series with a C-frame is ideal for fully automatic sealing - Incorporates cells from the MTC series - Positioning of the final position using an electrically controlled rotary table and cylindrical pins - Same thrust capacity as the S/PO series - Various technical characteristics and dimensions available upon request

World-renowned productivity enhancement type, SACMA Group "Warm Forming Machine"

Main features of SACMA's WF type header (warm former): • Microprocessor-controlled high-frequency generator with dedicated software for temperature control • Water-cooled induction coil • Infrared pyrometer for temperature measurement (optical thermometer) • Electric pump and automatically controlled heat exchanger • Main control unit managing the control of all functional components • Temperature-controlled die box enabling stable alignment of die blocks, punch blocks, and transport arm blocks • Motorized automatic adjustment of material feed position and adjustment screw sleeve • Automatic smoke shut-off damper, flame detection sensor, and automatic fire extinguishing system with injection nozzle

Hot forging press for brass and aluminum materials.

Features of the SEO Series - Long stroke for machining high parts - Simplification of forged product discharge - High cushion capacity - Forging of gate valves, water meters, etc. - Accessories for PM, GE, GEU, and EV are also available - Adjustable opening with electric or manual control - New concept rubber cushion for interrupting mold closing and extrusion unit coring - Return speed of the rubber cushion can be set to optimal speed - International patent obtained, low-noise rubber cushion available as an option - Large clutch size that does not generate heat during engagement - Compared to the SEO/* and SEO/*-F series, smaller stroke and smaller opening between columns - Achieves high rigidity and high strength due to the above features - Machining sections can be adjusted for each part as needed - Automatic loading and unloading possible with rotating arms and linear arms - Electric control possible with pneumatic or brushless motors

Pointing, screw rolling (flat die) with a composite station, high reliability and productivity of SACMA machinery.

Pointing, Thread Rolling (Flat Die) Composite Station From the final forming station, the forming blank is first transported to the pointing station via a finger-type conveyor elevator that allows for easy adjustments according to the shape and size of the forming blank. The adjustment mechanism is composed of a "micrometric" system that is easily accessible and readable by the operator. The forming blank is fed into the pointing unit at the tip processing station, where the tip processing is carried out. Various shapes and angles of tip processing are possible, including the commonly used tip angle of 90° in the automotive industry. The blank is then transported from the pointing station to the next flat die thread rolling station. The thread rolling station is equipped with flat dies, and to accurately insert the forming blank between the flat dies, a stopper gate and a single starter blade system are installed at the end of the guide rail, following the alternating movement of the main slide. Optimal adjustment of the thread profile shape is achieved using the eccentric adjustment section on the drive connection rod of the slide and the vertical adjustment wedge for the flat die mounting section.