DEVELOPMENT & PROTOTYPE

We accept product development and prototype development for medical equipment, industrial equipment, inspection equipment, etc. Since its founding, it has both machine design and parts processing departments, and it can consistently respond from the upstream process of design to the downstream process of part processing.

Please leave the series of product development such as specification review, design, machine design, parts production, purchase parts procurement, trial manufacture, assembly adjustment, installation and maintenance. Please feel free to contact us.

Chemical analyzer

Auto sample changer for specimens. In-house integrated production from initial planning to design, production, material procurement, prototyping, and mass production

Bioethanol experiment equipment

Collective orders from initial planning, design, material procurement, manufacturing, assembly, inspection and installation

Inspection meter testing machine

Innovation design to new inspection work based on the old model of customer-designed products. From material procurement, assembly, operation check and inspection.

Communication equipment inspection machine

3-axis high-precision positioning robot. Designed to be as light as possible because it is used in special environments.

Measuring device using laser

An αβ stage is installed for incident reflection, and an XYZ stage is installed on the sample stage. The stage is selected by the customer and layout, 3D data, manufacturing, and assembly are performed by our company.

Exhibition demonstration equipment

Used at the exhibition for demonstration of sensors that measure angles. After the design and production, it was wrapped up beautifully by the customer and exhibited at the exhibition booth center.

Primary prototypes of digital microscopes
cameras, monitors, LED lighting, and other major purchased parts are supplied by customers. Based on specifications determined in terms of size, weight, switch position, operation method, etc. 3D modeling → detailed design → drawing creation → parts processing (arrangement) → parts inspection → assembly adjustment → operation confirmation to complete the development process. In response to a request to place special emphasis on the appearance of the housing, we designed it including mechanical design as well as industrial design.

Taking advantage of the characteristics of the aluminum parts of the material, the part that touches the hand has a rounded corner and the risk of pinching of the fingers, etc., and has an exterior design and coloring that makes everyone feel familiar.

Brackets for mounting the camera and monitor on the top, aluminum cutting parts are used for the plate on the top of the casing, and the casing is a combination of aluminum sheet metal parts, aluminum extrusions, etc. Uses aluminum sheet metal parts. Product size 265 × 250 × 435mm

Structural analysis of aluminum plate (800 × 600 × t25)
In order to minimize the displacement caused by the load, we proceeded with the plan to use A7075 material (duralumin), which has excellent strength, but because it is expensive, when using the more common and cheaper A5052 material, the displacement due to the difference in material Use 3D CAD SOLIDWORKS strength analysis simulation function to check how much the amount is different. (Material price A7075 is about 2.8 times that of A5052)

When a load of approximately 60 kg is applied to an assumed location of an 800 x 600 x t25 (mass approx. 30 kg) aluminum plate, the maximum displacement difference due to the difference in material is only 0.001 mm (maximum displacement A7075: 0.029 / A5052 0.030). Confirm things. Because the difference in displacement is small, we decided to manufacture with the cheaper A5052. Component dimensions 800 x 600 x t20 (mass approx. 30 kg)

Spectrometer for measuring electromagnetic spectrum

Design support. The data designed by the customer is verified and produced. The cover is also designed so that the layout of the specification material does not interfere with the optical fiber cable.

Chair development project to treat low back pain

Traditionally, the concept is to pull the legs by sleeping on a bed, and pulling on the weight of the lower body by sitting on a chair and supporting both sides and lowering the seat. It took time to develop a part that touched the body of two people due to differences in gender skeleton and body shape.

Optical equipment

Optical axis adjustment unit using 24 fine pitch screws.