Mobility

Design is an essential step on the path to improving a new vehicle concept. The Driver - in - Motion® (DiM) system unlocks full-sensory assessments by fine-tuning parameters in driving and dynamic performance based on our customers' existing models.

For finished vehicles, the model must be evaluated for noise, vibration, and harshness (NVH), and durability before being released to the market. After delivery, it is crucial to conduct market analysis to assess its performance in various real-world scenarios. The Saginomiya ABH Road Simulator Series is designed to meet this range of needs, with customizable options based on the customer's desired metrics, model specifications, input conditions, and environmental factors.

Evaluating a vehicle's body and suspension for its durability and vibrational characteristics requires a test system that is both unobtrusive and easy to install. The Saginomiya LFH Series comes equipped with a compact servo motor and can be optimized for vertically adjustable gimbal frames, cut body reinforcements, portal frames or similar setups, or wave/multi-axial input conditions to suit a wide range of customer needs.

The Saginomiya tire test system is equipped with features for every possible eventuality, with tests encompassing everything from the static stiffness of three-axes + steering direction on the ground plane to pneumatic resonance analyses based on five types of axial force measurements when combined with a chassis dynamometer.

Saginomiya provides the finest systems available to evaluate how to improve steering systems. Our equipment is designed to test for durability and other characteristics of individual components, such as ball joints and gearboxes, as well as electric power steering as a whole. Likewise, we offer hardware-in-the-loop simulations for fail-safe structures within shift-by-wire systems.

Saginomiya provides customizable options based on test parameters and load by offering fatigue tests, fracture tests, and other assessments for transmissions, differentials, constant velocity joints, propeller shafts, and more.

Accurately evaluating the durability of crankshafts, connecting rods, bearings, cylinder blocks, and other engine parts requires both high load and high-frequency input. Saginomiya's engine test systems is capable of high-load durability tests on the order of several hundred hertz using ultra-high-speed servo valves and rigid frames. We also offer an extensive range of options, including thermostatic baths and oil-circulating systems.

Anti-vibration rubber is often used in engine mounts and bushings, crankshaft pulleys, and other vehicle components. Saginomiya has introduced a variety of equipment for evaluating their dynamic characteristics, durability, and manufacturing lines for both domestic and international rubber manufacturers. We have also expanded our capabilities to cater to EV motor mounts by incorporating a new 3kHz elastomer test system equipped with a dynamic electric actuator and an electric 1kHz model elastomer test system.

Our systems evaluate the durability of hoses used in radiators and braking systems by exerting repeated mechanical pressure. Saginomiya offers customizable systems based on hose dimensions, medium pressure temperatures, and ambient temperatures.

We offer a range of pressure and durability testing for radiators and heater cores, as well as durability and other quality control tests for brackets using our multi-axis vibration test system. Saginomiya offers customizable options based on a number of samples, medium-pressure temperatures, and ambient temperatures.

Saginomiya offers customizable systems to evaluate seat frame durability, static and dynamic characteristics for cushions, and comfort ratings for seating to cater to a variety of assessment scenarios.

We provide highly customizable systems for inclination and vibration test systems to evaluate gasoline and propane tanks based on their dimensions and testing conditions.

We offer customizable options based on our customers' unique needs, testing conditions, facilities, and environmental factors. These systems include hydrogen tank validation testing, fatigue, and fracture testing, as well as multi-axis vibration testing that simulates driving conditions with onboard electricity generation from fuel cell stacks.

Lightweight and compact electric servo actuators offer an ideal way of assessing car pedals and shift linkages for durability. We provide a plethora of options for your testing needs, including tie end rods, ball joints, adjustable gimbal frames, and other jigs.

We provide test systems designed to empower railway research and development to create a faster and safer experience for everyone. In addition to our performance evaluations for railway air brakes and vibration dampers, we also offer durability testing for superconducting magnets and railroad high-speed loading simulators.

This system is designed to measure strength using static and dynamic force application systems, with applications ranging from jet turbines and engine shafts to passenger plane and helicopter fuselages.