Learn how to design a weld joint for laser welding. A properly designed laser weld joint is critical for optimal strength and appearance.
Laser Welding Design Guidelines
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nanoSTAKE Design Guidelines
Learn how to design a strong staking joint. Follow these guidelines for the correct boss height to diameter ratio. The proper through-hole size is also critical for optimizing the strength of a plastic stake joint. We recommend a through-hole that is 10-25% larger than the boss diameter.
Vibration Welding Design Guidelines
Learn how to design a strong vibration weld joint. Follow these guidelines the for a proper weld joint design. With vibration welding, it is important to have a good vibration axis. In order for one component to vibrate against the other, one axis must be as fast as possible to allow for motion.
Spin Welding Design Guidelines
Learn how to design a strong spin weld joint. A properly designed joint is critical for a robust, repeatable weld. An effective joint consists of interference between the two components, flash management features, alignment indicators, and drive features to apply torque to both parts.
Hot-Plate Welding Design Guidelines
Learn how to design a strong hot-plate weld joint. A properly designed joint is critical for a robust, repeatable weld. The goal of a hot-plate weld joint is to achieve comparable strength to the parent material.
InfraStake Design Guidelines
Learn how to design a strong staking joint. Follow these guidelines for the correct boss height to diameter ratio. The proper through-hole size is also critical for optimizing the strength of a plastic stake joint. We recommend a through-hole that is 10-25% larger than the boss diameter.
Spin Welding
Configurable, servo-driven spin welding that meets your needs Whatever your application, our welders are the perfect choice. That's because we configure each machine to work specifically with your parts. Taking into consideration material, joint design, size, and...
Quote
Interested in quoting an InfraStake project to your customer? Here’s what you need to know about the technology, the options, and how to get started.
nanoSTAKE
nanoSTAKE® is a revolutionary staking technology that uses a proprietary Smart Respond™ heating technology to rapidly heat and cool a punch to stake plastic. Stake parts in tight spaces. nanoSTAKE is patented.
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