(Free) Instron WEB Seminar Series: Fatigue Testing Machine Series: Proposal for Updating Fatigue Testing Machines with the Latest 8800MT Controller Features and Fatigue Testing Software.

Supports testing using a constant temperature bath! Reduces energy consumption by minimizing test time.

"WaveMatrix" utilizes self-heating control software for test specimens to optimize test frequency, thereby improving the productivity and consistency of tests related to composite materials and polymer materials. It is possible to reduce test time while achieving unprecedented accuracy in test temperature. This patented system achieves and maintains the specified test temperature by changing the test frequency according to the measurement temperature of the test specimen. In structural composite materials, the impact of a 5°C temperature change is greater than a change in frequency by a factor of two, making the benefits of strict test temperature control significantly higher than moderate frequency fluctuations. [Features] - User-defined temperature range (controllable up to ±0.5°C) - User-defined frequency range - Thermocouple data input via USB is possible - Analog input of 0-10V for thermocouple data, including infrared thermometer data, is possible - Thermocouples can be installed according to the shape of the test specimen *For more details, please refer to the PDF document or feel free to contact us.

• Other Software

E20000 has been newly added! Dynamic fatigue testing machine that adopts linear motor technology, eliminating the need for hydraulic oil, energy-saving, and low noise.

"ElectroPuls" is an electric fatigue testing machine that utilizes linear motor technology (patented) based on approximately 13 years of testing experience. It features a wide performance range capable of conducting static, dynamic, and fatigue tests, making it an ideal system for various laboratories and testing facilities. It can also be used for testing biomaterials and medical devices. In addition to a variety of testing accessories, the new "E20000" can perform both dynamic and static tests with a single unit. Depending on the application, we offer a lineup of uniaxial systems up to 10kN and 100Nm, as well as linear/torsion (biaxial) options. There are three sizes available for selection based on your needs. Our product meets your testing requirements in a simpler, smarter, and safer way. 【Features】 ■ No hydraulic oil required ■ Energy-efficient ■ Low noise ■ Space-saving ■ No complex and costly maintenance required 【Software Used】 WaveMatrix2 *For more details, please refer to the PDF materials or feel free to contact us.

• Other measuring instruments

Simultaneous testing of up to 16 specimens is possible! Easy access for specimen insertion, preloading, and adjustments.

The "ElectroPuls 16 Station" is a testing system that significantly reduces testing time and contributes to the rapid market introduction of products. It allows simultaneous testing of tensile, compression, and bending tests with up to 16 specimens. Finished products or individual components, such as NiTi single diamond struts, can be uniformly tested at each station due to easy setup and simple preload adjustments. 【Features】 - The adoption of inline button-type load cells allows for precise adjustment of specimens close to the testing fixture. - There are no alignment errors on the XY axis during adjustments or preload at each station. - Each individual push rod can be adjusted by ±5mm for easy insertion and adjustment of specimens. - Anyone can accurately apply uniform preload across all 16 stations. - No specialized knowledge is required. *For more details, please refer to the PDF materials or feel free to contact us.

• Other measuring instruments

Dynamic linear load capacity ±10kN / dynamic torque capacity ±100Nm! The required floor space for the frame is less than 0.8m².

The E10000 is a state-of-the-art dynamic fatigue testing machine designed for dynamic and static testing of a wide range of materials and components, featuring linear-torsion type technology. It is equipped with advanced digital control electronics from Instron, a Dynacell load cell for biaxial testing, console software, and a new testing technique based on the rigidity of the test specimen for hassle-free tuning, an electric crosshead lift, a T-slot table that can be flexibly configured for testing, and many other user-oriented features. It operates on single-phase power and does not require additional utilities (such as pneumatic, hydraulic, or cooling water supply) for basic testing machine operations. **Features** - Oil-free linear motor technology that maintains a clean state - Separate linear/rotary actuators - Designed for dynamic and static testing of diverse materials and components - High dynamic performance, capable of operating at up to 100Hz - Operable on single-phase main power, no hydraulic or pneumatic sources required *For more details, please refer to the PDF document or feel free to contact us.*

• Other measuring instruments

Dynamic linear load capacity ±3000N / static load capacity ±2100N! The required desk space for the frame is less than 0.3, making it compact.

The "ElectroPuls E3000" is a state-of-the-art dynamic fatigue testing machine designed for dynamic and static testing of a wide range of materials and components. It operates on a single-phase power supply and does not require additional utilities (such as compressed air, hydraulic pressure, or cooling water supply) for basic machine operation. Equipped with advanced digital control electronics, DynacellT load cells, console software, and a new testing technique based on the rigidity of the test specimen for hassle-free tuning, electric crosshead lift, a T-slot table that can be flexibly configured for testing, and many other user-oriented features. 【Features】 ■ Oil-free linear motor technology that maintains a clean state ■ Unlockable to allow for rotational freedom of the actuator, providing flexibility in testing ■ Designed for dynamic and static testing of diverse materials and components ■ High dynamic performance, capable of operating at over 100Hz ■ Temperature-controlled air cooling mechanism *For more details, please refer to the PDF materials or feel free to contact us.

• Other measuring instruments

Dynamic linear load capacity ±3000N / dynamic torque capacity ±25Nm! The required desk space for the frame is less than 0.3m².

The "E3000" is a state-of-the-art dynamic fatigue testing machine designed for dynamic and static testing of a wide range of materials and components, featuring a linear-torsion type design. Equipped with advanced digital control electronics, dual-axis Dynacell load cells, console software, and a new testing technique based on the rigidity of the test specimen for hassle-free tuning, electric crosshead lift, a T-slot table that can be flexibly configured for testing, and many other user-oriented features. It operates on a single-phase power supply and does not require additional utilities (such as pneumatic, hydraulic, or cooling water supply) for basic testing machine operations. 【Features】 ■ Oil-free linear motor technology that maintains a clean state ■ Separate linear/rotary actuators ■ Designed for dynamic and static testing of diverse materials and components ■ High dynamic performance, capable of operating above 100Hz ■ Dynamic linear load capacity: ±3000 N / Dynamic torque capacity: ±25 Nm *For more details, please refer to the PDF document or feel free to contact us.

• Other measuring instruments

A variety of hydraulic servo test systems with different capacities and applications, along with a wealth of applications and fixtures!

This catalog introduces the hydraulic servo fatigue testing systems handled by our company. It features a compact tabletop model "8872 (25 kN)" that meets the high demands of various static and dynamic testing requirements, as well as "8803 (500 kN)" and the controller electronics "8800MT." We also showcase a wealth of applications, so please take a look. 【Featured Products (Excerpt)】 ■ 8872 (25 kN) Fatigue Testing System ■ 8874 (25 kN/100 Nm) Fatigue Testing System ■ 8801 (100 kN) Fatigue Testing System ■ 8862 (100 kN) Low Cycle Fatigue Testing System ■ 8802 (250 kN) Fatigue Testing System *For more details, please refer to the PDF document or feel free to contact us.

• Prime movers, torque converters, hydraulic equipment, generators
• Other measuring instruments

Dynamic load capacity maximum ±10kN / Static load capacity ±7kN! The required floor space for the frame is less than 0.8m², making it compact.

The "ElectroPuls E10000" is a state-of-the-art dynamic fatigue testing machine designed for dynamic and static testing of a wide range of materials and components. Equipped with Instron's advanced digital control electronics, Dynacell load cells, console software, and a new testing technique based on the rigidity of the test specimen for hassle-free tuning, electric crosshead lift, a T-slot table that can be flexibly configured for testing, and many other user-oriented features. It operates on a single-phase power supply and does not require additional utilities (such as pneumatic, hydraulic, or cooling water supply) for basic testing machine operations. 【Features】 ■ Oil-free linear motor technology that maintains a clean state ■ Designed for dynamic and static testing of diverse materials and components ■ High dynamic performance, capable of operating at up to 100Hz ■ Operates on single-phase main power supply, no hydraulic or pneumatic sources needed ■ Temperature-controlled air cooling mechanism *For more details, please refer to the PDF document or feel free to contact us.

• Other measuring instruments

Dynamic load capacity ±1000N / Static load capacity ±710N! The required desk space for the frame is less than 0.15m².

The "ElectroPuls E1000" is a state-of-the-art dynamic fatigue testing machine designed for dynamic and static testing of a wide range of materials and components. It features advanced digital control electronics from Instron, Dynacell load cells, console software, and a new testing technique based on the stiffness of the specimen for hassle-free tuning, an electric crosshead lift, a T-slot table that can be flexibly configured for testing, and many other user-oriented functions. It operates on a single-phase power supply and does not require additional utilities (such as pneumatic, hydraulic, or cooling water supply) for basic testing machine operations. 【Features】 ■ Oil-free linear motor technology (patented) that maintains a clean state ■ Designed for dynamic and static testing of diverse materials and components ■ High dynamic performance, capable of operating at over 100Hz ■ Dynamic load capacity: ±1000 N / Static load capacity: ±710 N ■ Operates on single-phase main power supply, no hydraulic or pneumatic sources needed *For more details, please refer to the PDF materials or feel free to contact us.

• Other measuring instruments

We are pleased to announce the archive distribution of our seminar titled "New Plan 'Mojitori Plus' Debuts! From Paper to Data! The First Step Towards In-House DX with Mojitori." 'Mojitori' allows you to convert text from photos, images, PDF files, and more into data, automatically inputting it into various fields in kintone. In this seminar, we will clearly explain the basic functions and usage of Mojitori. Additionally, we will provide detailed explanations about the Plus plan and the document-focused Mojitori, which were added in the major update in November. 【Recommended for】 - Those who are struggling with frequent transcription errors due to manual data entry. - Those who wish to digitize items currently stored on paper. 【Timetable】 - Overview of Mojitori's functions - Overview of Mojitori Plus's functions - Details and pricing of each plan - Q&A session We look forward to your registration.

Is the performance report you are currently creating, which takes a tremendous amount of time and effort, appreciated by the management? Are you facing complaints from management such as: - The reports are coming out late (results from the previous month are reported around the 20th of the current month) - The reports are difficult to understand and hard to read - There is missing necessary information In this seminar, we will introduce a new system for managing performance information that addresses these issues, along with specific methods. The cost is free. We encourage you to participate. □ Seminar Content 1. What is performance improvement? 2. What information is useful for performance improvement? 3. How to view performance information 4. A system for automatically generating performance information and accessing necessary information when needed (Using our company's developed performance information management tool as a model)

Holding a management strategy seminar to "embed" generative AI and connect it to organizational outcomes! Are you facing challenges such as "not knowing how to use it," "lack of progress in utilization," or "not being embedded due to organizational rules and management" while advancing AI implementation? In this seminar, we will thoroughly explain the secrets to realizing an organization where AI operates autonomously, drawing from the generative AI training of Panhouse Co., Ltd. and the management methods of Shikigaku Co., Ltd. In particular, we will share specific case studies of the "Agent Model AI," which is gaining attention as a next-generation AI application, along with organizational design know-how for integrating generative AI into business, management pitfalls that hinder embedding, and their solutions, all accompanied by concrete examples. What you can learn in this seminar: - Experiences and case studies of Agent Model AI (exabase generative AI demo) - Initial preparations and design know-how to accelerate AI utilization - Key management points to break down organizational barriers that hinder AI embedding If you are in management or responsible for ensuring that generative AI becomes a "truly usable" system rather than just "trying it out," we encourage you to participate in this opportunity.

We are pleased to announce that Pan House Co., Ltd. will be participating in the online marketing conference "Data Driven Marketing 2026," which will be held from January 14 (Wednesday) to 16 (Friday), 2026. At this event, where professionals achieving results at the forefront will gather, our Chief Integration Officer, Tsubasa Kimura, will explain the new organizational approaches utilizing AI. Organizational Theory for "Maximum Effect with Minimal Effort" in the AI Era As AI technology rapidly evolves and the marketing environment changes significantly due to cookie regulations, relying on "past success experiences" and "intuition and experience" is reaching its limits. In this session, we will focus on how to utilize AI not just as a tool, but as a strategic infrastructure to build competitive advantages for organizations. We will discuss specific examples and methods on how to maximize the efficiency of marketing operations and establish an organizational structure that leads to results with minimal effort.

"Where should we start with AI implementation, and how can we expand it company-wide?" The reason for the slow progress in AI implementation is not the tools themselves. The key lies in project design that encompasses everything from creating guidelines to establishing a promotion system and turning success stories into models. In this webinar, we will systematically explain the types of AI implementation projects that successful companies practice to overcome the "zero-to-one barrier" and the "utilization promotion barrier." Both companies that have not yet implemented AI and those that are stagnating in their utilization will gain clarity on their respective starting points and take home actionable "answers at the action level" that can be executed starting tomorrow in just 60 minutes. Recommended for those facing the following challenges: This webinar is ideal for individuals in departments at the level of section chief or higher who want to promote AI implementation as a project. Companies that do not know how to "start" AI implementation (zero-to-one stage) Companies that have implemented generative AI but are experiencing stagnation in its utilization Companies lacking a driving force or where the initiative is not moving forward, struggling with individualization and the lack of established training Companies that are looking to expand company-wide but are unclear on how to horizontally deploy Companies considering the introduction of AI training (especially in the pre-approval stage)