Dryve Technologies, Inc.

San Jose CNC shop founded by a father-and-son engineering team, doing 5-axis machining and custom motion systems for robotics, medical and semiconductor.

Capabilities

• 5-axis CNC machining (DMG Mori)
• 3-axis CNC machining
• Custom linear and rotary motion systems
• CMM and video inspection

Request a quote

To request a quote from this shop, use the Request a Quote form. Tell us the part, material, quantity and deadline, and we will pass your request to the shop.

5-Axis Machining and Custom Motion Systems in San Jose from Dryve Technologies

Some machine shops sell parts. Others also build the moving mechanisms that those parts belong to. Dryve Technologies, Inc. is a San Jose CNC shop listed here as founded by a father-and-son engineering team, doing 5-axis machining and custom motion systems for robotics, medical and semiconductor work, with 5-axis CNC machining on DMG Mori, 3-axis CNC machining, custom linear and rotary motion systems, and CMM and video inspection. This page explains what motion systems are and how to prepare a request for 5-axis machining and motion systems in San Jose.

Machined parts

The listing names 5-axis CNC machining on DMG Mori equipment and 3-axis CNC machining. DMG Mori is a well known maker of machine tools. Five-axis machines can reach several faces of a part in one setup, which suits complex shapes. Three-axis machines suit simpler parts at lower cost.

What a motion system is

A motion system moves something along a path in a controlled way. A linear system moves in a straight line, such as a slide or stage. A rotary system turns, such as a rotating table. These systems are used in equipment that has to position things accurately, like inspection tools, lab devices and automation machines. The listing names custom linear and rotary motion systems, so a buyer with a special positioning need can start a conversation.

Custom versus off the shelf

Catalog slides and stages work for many uses. Sometimes the size, load or space does not fit, and a custom design is needed. Describe the motion, travel distance, load, speed, accuracy and environment. Mention any limits on size and weight, and what will be mounted on the system.

Information that helps design

• Direction of motion and travel length
• Load and how it is supported
• Speed and acceleration needed
• Positioning accuracy and repeatability
• Environment, such as clean areas or vacuum
• Drive type, if you have a preference
• Mounting space and interface

Inspection

The listing names CMM and video inspection. A coordinate measuring machine probes a part’s surface to measure it. Video inspection uses a camera and optics to measure small features without touching them. Both can be used to verify parts. Ask which is used for your part and request a report if needed.

Industries on the listing

The listing names robotics, medical and semiconductor work. These fields often demand precision and clean design. State any standards or documents that apply.

Father and son engineering team

The listing says the company was founded by a father-and-son engineering team. A small team can mean direct contact with the people who design and build your parts. Whatever the size, review a sample or first article to judge the work.

Prototype first

Custom motion systems usually start as prototypes. Test the first unit in your equipment, and share results with the shop so the design can improve. Plan for a revision.

What to include in an RFQ

• Drawings, models or a clear written description
• Material for machined parts
• Quantity now and later
• Critical tolerances and accuracy
• Finish
• Inspection needs
• Delivery date

Why a San Jose team

For custom mechanisms, in person meetings matter. A San Jose shop is close to many Silicon Valley product teams, so reviews and fit checks are easy.

Questions before you order a motion system

Ask how the system will be tested before delivery, what accuracy figures you can expect and how the unit will be mounted. Ask what lead time to expect for a first unit and what happens if the design needs adjustment after testing. Request a drawing of the finished design so you can check interfaces with your own equipment before parts are made.

When you are ready, Request a Quote through Machining Marketplace and we will pass your request to Dryve Technologies.

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