PLOT WOEK

• Power supply manufacturer
• Semiconductor and electronic equipment manufacturer
• LED lighting equipment manufacturer
• Communication equipment manufacturer
• Industrial machinery manufacturer
• Control panel/control board manufacturer
• Motor driver development company
• Design/development personnel using high-heat generating components

• Cooling of power semiconductors (IGBTs and MOSFETs)
• Heat dissipation measures for LED lighting equipment
• Switching power supplies/power supply units
• Motor drivers
• Communication equipment/network equipment
• Control boards for industrial machinery
• Thermal management components for various electronic devices

* High Heat Dissipation Performance
By densely arranging numerous thin fins, the contact area with air is significantly increased, achieving efficient heat dissipation.

* High Quality through Precision Machining
Manufactured using A5052 aluminum material and precision machining with a 3-axis machining center. Achieves uniform fin shape and high dimensional accuracy.

* Lightweight and Excellent Thermal Conductivity
Utilizing A5052 aluminum alloy, it provides stable heat dissipation performance while ensuring lightness and corrosion resistance.

* Designed for Easy Installation
Mounting holes are located at both ends for easy integration into various devices and enclosures.

* Short Lead Time
With a processing system utilizing the CAM system "Mastercam," production is possible with a lead time of 4 days.

* Suitable for Prototypes to Small-Batch Production
As it can accommodate complex fin shapes, it is suitable for the production of prototypes and custom-spec heat sinks.

• Automotive parts manufacturers
• Motorsports-related manufacturers
• Engine development manufacturers
• Fluid equipment manufacturers
• Hydraulic/pneumatic equipment manufacturers
• Semiconductor manufacturing equipment manufacturers
• Medical equipment manufacturers
• Design/development personnel requiring high-precision flow path components
• Prototype development department/Research and development department

• Engine intake and exhaust ports
• Fuel supply system components
• Fluid control equipment
• Hydraulic/pneumatic equipment
• Cooling channel components
• Channel components for semiconductor manufacturing equipment
• Fluid components for medical devices
• Various prototype/development and evaluation components

This product is a machining sample that utilizes indexing and simultaneous 5-axis machining on a 5-axis machining center to achieve high precision in complex port shapes. While the surface quality and shape accuracy inside the port significantly impact fluid performance, 5-axis machining technology enables high-precision machining of curved shapes and undercuts, which are difficult to achieve with 3-axis machining centers.

Furthermore, by approaching from multiple directions, smooth curved surfaces can be formed while avoiding tool interference, resulting in both excellent fluid properties and high machining quality. It can meet a wide range of needs, from prototype development to performance evaluation and pre-production verification.

• Automotive parts manufacturer
• Medical device manufacturer
• Precision equipment manufacturer
• Electronics manufacturer
• Prototype development department
• Research and development department
• Design engineer considering shortening lead times for sheet metal/pressed parts
Companies seeking moldless prototyping and small-lot production

• Prototype production
• Development and evaluation parts
• Shape verification before mass production
• Pre-production prototypes before mold production
• Small-lot production
• Manufacturing of parts requiring short lead times
• Thin sheet metal parts with complex shapes

This product utilizes a machining technology that reduces the production time from approximately two months to about two weeks by using cutting processes, eliminating the need for molds and specialized jigs required in conventional sheet metal and press working. It precisely processes thin-walled shapes as thin as 0.4mm, achieving complex shapes comparable to those produced by press-formed parts.

Furthermore, because mold and jig costs are eliminated, it contributes to reducing initial costs in prototype development and small-lot production.

In addition, our unique machining know-how using four-sided indexing combined with 3-axis and 5-axis machines allows us to handle thin-walled parts that were previously mainly produced by press working. Our flexibility in accommodating design changes shortens development time and streamlines evaluation cycles, meeting a wide range of needs from prototyping to pre-production evaluation.

• Tire manufacturers
• Tire mold manufacturers
• Automotive parts manufacturers
• Research and development departments of automotive manufacturers
• Mold design/manufacturing manufacturers
• Prototype development/evaluation departments
• Companies that perform CAM technology verification
• Manufacturers requiring high-precision 5-axis machining

• Prototype evaluation of tire tread patterns
• Verification of tire mold design
• Research and development of automotive-related parts
• CAM data verification
• Evaluation of mold processing technology
• Technical samples for exhibitions

This product is a machined tire mold shape manufactured using Sunmodule material, combining 3-axis and simultaneous 5-axis machining. It accurately reproduces complex tread patterns, sipe shapes, and continuous free-form surfaces, achieving superior surface quality. Advanced CAM technology utilizing MasterCAM and hyperMILL enables efficient machining of 3D shapes, contributing to shorter design verification and prototype development cycles.
Furthermore, it serves as a highly appealing sample demonstrating the high-precision shape reproduction capabilities of 5-axis machining technology.

• Aerospace manufacturers
• Medical equipment manufacturers
• Semiconductor manufacturing equipment manufacturers
• Optical equipment manufacturers
• Motorsports-related manufacturers
• Precision equipment manufacturers
• Research and development departments/design and development departments
• Companies requiring high-precision and lightweight mechanical parts

• Aerospace equipment parts
• Medical equipment parts
• Semiconductor manufacturing equipment parts
• Optical equipment parts
• Motorsport-related parts
• Precision jigs/mechanism parts
• Prototype development parts
• Performance evaluation parts

This product is a high-precision machined part made from TF340 titanium. By utilizing simultaneous 5-axis machining, complex shapes such as cylindrical shapes, openings, screw holes, and curved surfaces are machined in a single piece, achieving high dimensional accuracy and excellent surface quality. Leveraging titanium's unique lightness, high strength, and corrosion resistance, it can be used in demanding environments and fields requiring high reliability.
Furthermore, process consolidation through 5-axis machining enables both high precision and short lead times, meeting a wide range of needs from prototyping to small-batch production.