Invitation to the exhibition "GrindTec 2018"

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]

The milling machines manufactured by Germany's ROEDERS company achieve high precision and high surface roughness in a shorter time for both rough and finish machining through high-speed milling technology. The linear axes are driven by linear motors on all axes with roller guides, while the rotary and tilting axes are positioned with high speed and precision using direct drive (torque motors). In the specifications of the milling and grinding center, a series of processes can be performed with one chuck, including milling, jig grinding, and on-machine measurement using 3D models, achieving "high precision machining," "reduction of setup time," "reduction of machine installation area," and "labor saving." With the automation options, further labor savings are realized, and the streamlined loading/unloading operations facilitate stable production planning. **Processing Targets:** Fine blanking molds, optical components/molds such as lenses, reflectors, carbide punches, copper electrodes, carbon electrodes, blow molds, glass molds, impellers, precision molds, dental prosthetics, medical devices. *For more details, please contact us or download the catalog for further information.*

• Milling machine
• Grinding Machine
• Machining Center

Gekkel manufactured grinding stone head traveling type flat grinding machine for blade sharpening. The self-propelled grinding stone head achieves space-saving.

Gekkel's surface grinding machines achieve numerous excellent performances through their extremely unique structure and have gained global recognition. Particularly in the grinding processing industry for long materials, they boast an exclusive share not only in iron and non-ferrous metals but also in the processing of glass and ceramics. For ultra-finishing of grinding surfaces, a secondary grinding wheel head is mounted on the main grinding wheel, which is used for knife-edge lapping and also for grinding the V-groove surfaces of linear guides.

• Grinding Machine

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].

The high-speed milling machine "RXP" manufactured by the German company Redars features all-axis linear motor drive and linear guide specifications, ensuring high-precision machining without aging changes. The higher models also offer a specification with linear motor drive and hydrostatic guide. It comes standard with a high-speed spindle, enabling direct milling of high-hardness materials with HRC60 or higher. Without the need to change the chuck, a series of processes from milling to jig grinding and on-machine measurement can be performed, achieving a surface roughness of Ra<0.005μm. By completing the entire process without changing the workpiece, it realizes "reduction of machine installation area," "reduction of labor costs," and "reduction of setup time." 【Features】 - Equipped with a high-performance cooling system in the drive unit to prevent accuracy degradation due to heat. - Standard on-machine measurement system for cutting tools. - Equipped with a dressing unit, grinding wheel diameter measurement unit, and fire extinguisher inside the machine. - Includes a touch probe, allowing for direct measurement of the workpiece after processing. 【Machining Targets】 Fine blanking molds, optical components/molds such as lenses, reflectors, carbide punches, copper electrodes, carbon electrodes, blow molds, glass molds, impellers, precision molds, dental prosthetics, medical devices. *For more details, please contact us or download the catalog to view.

• Boring Machine
• Grinding Machine
• Machining Center

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

In the 335 linear, all CNC 5-axis machines are equipped with direct drives, making them suitable not only for conventional tool grinding but also for oscillation grinding. The adoption of linear motor technology enables this machine to achieve excellent dynamic performance and very high speeds on linear axes. This, in turn, increases the productivity of multi-axis linear CNC grinding. The benefits are clear. When machining high-demand profile shapes, there is no need to use expensive profile grinding wheels. This is particularly true for small batches, where the high cost of grinding wheels makes the process uneconomical. Using simple-shaped grinding wheels on the 335 linear for multi-axis linear CNC grinding is more advantageous and flexible. It allows for complete and economical processing of demanding tasks. Especially when using a grinding wheel changer equipped with five holders, high flexibility is achieved.

• Grinding Machine
• Other machine tools

We will be exhibiting at the "12th Conference of the Advanced Power Semiconductor Subcommittee" held at the Toyama International Conference Center. We will be introducing our latest analysis technology services, so please stop by! We sincerely look forward to your visit.

We will explain the thermal design of power ICs (LDO / DCDC) under the title "Thermal Design of Power ICs (LDO / DCDC)," which is crucial when designing power blocks. The explanation will cover fundamental concepts as well as delve into topics such as PCB layout and design. This webinar is recommended for those currently involved in PCB design and product development. ● Target Audience - Individuals involved in the design, technology, manufacturing, and quality control of various electrical products and power blocks - Those facing challenges or issues related to power ICs that they wish to resolve ● Title Thermal Design of Power ICs (LDO / DCDC) ● Agenda 1. Impact of IC Heat Generation - Definition of Thermal Resistance, etc. 2. Thermal Design of LDO and DCDC - How to Determine Tj 3. Losses, Heat Generation, and Thermal Shutdown of LDO 4. Losses in DCDC 5. Case Studies 6. PCB Design 7. Thermal Design Support 8. Q&A We look forward to your participation.

[Speaker] Yukio Sakaguchi, Representative, Clean Energy Research Institute [Lecture Topics] Part 1: Policy and Market Trends 　(1) Turning Point in Federal Policy 　(2) Shift to State Leadership 　(3) Changes in Power Market Structure 　(4) Transmission Constraints and Storage Demand Part 2: Technological Systems and Industrial Structure 　(1) From Lithium-Ion to Long-Duration Storage 　(2) Modularization and Scalability of BESS 　(3) Supply Chain Restructuring 　(4) Safety and Reliability Challenges Part 3: Business Models and Investment Strategies 　(1) Revenue Structure of Utility-Scale BESS 　(2) New Trends in Corporate PPAs and Distributed Storage 　(3) Structure of Private Capital Entry 　(4) Opportunities for Japanese Companies to Enter Part 4: Q&A / Business Card Exchange *The program may change based on the latest situation.

[Speaker] Shunsuke Suzuki, President and CEO, Management Techniques Co., Ltd. [Lecture Topics] 1. Introduction - Learning from the History of Success and Failure 2. How to Create a Project Concept Note - The Journey from Idea to Realization 3. Planning for Achievement - The Process from Planning to Execution 4. Selecting Engaging Talent - Defining Capability Requirements and Analyzing Talent Portfolios 5. Communication for Persuasion and Promotion 6. Exercises in Thinking Techniques using "Unique Brain Lab®": Mastering sharpened thinking by questioning "Why?" and extracting the essence.

■Date and Time: October 29, 2025 (Wednesday) 15:00-16:00 ■Format: Zoom Webinar ■Cost: Free (Pre-registration required) ■Speaker Information: Molex LLC Japan, Wataru Awazu ■Content: In this webinar, we will introduce high-efficiency, high-current connection solutions for data centers, communication infrastructure, and industrial equipment, along with Molex's latest connector products and case studies. We will clearly explain the features of high reliability, high efficiency, and compact design that meet the demands for high performance and energy savings in equipment. *Please feel free to join via the <Related Links>.