Seido

Design Registered under Intellectual Property India

A thrilling way of high-precision drilling

Seido - Handheld High Precision Impact Drill combines the power and convenience of a handheld drill with the precision and functionality of a press drill, offering an unparalleled drilling experience for both professionals and DIY enthusiasts.

Power Rating

400 watts

Depth Range

5mm - 90mm

Angle Range

90 - 45 degrees

Bit Size Compatibilty

1mm - 10mm

Material Compatibilty

Wood & Metal

Materials and Manufacturing Methods

Body, Top Cap , Chuck

Nylon 66

Injection Molding

Stand and Arms

Stainless Steel

5-Axis Milling

Label Piece

Polycarbonate

Injection Molding

Other Processes

Sandblasting, Painting

Overmolding - Grip

Project Journey

The final appearance mock-up was created along with the packaging to further validate the concept.

A thorough product and user study was done to understand the details of the product and the problem/opportunity areas.

Several Directions were ideated upon, ranging from simple to absolutely wacky to create a variety of concepts to develop upon further.

Rapid Thermocol mock-ups were generated to test out ergonomics and dimensions.

Iterative approach was taken at each milestone step: form, colour choices, material choices, product details etc. to find out the most optimum choice for the final product.

Design for Manufacturing and Assembly Details

The parts were then 3D Printed for create the final appearance mock-up.

The final appearance mock-up was created along with the packaging to further validate the concept.

A thorough product and user study was done to understand the details of the product and the problem/opportunity areas.

Several Directions were ideated upon, ranging from simple to absolutely wacky to create a variety of concepts to develop upon further.

Rapid Thermocol mock-ups were generated to test out ergonomics and dimensions.

Iterative approach was taken at each milestone step: form, colour choices, material choices, product details etc. to find out the most optimum choice for the final product.