Staking in tight spaces
Get A Quote

NanoSTAKE, the revolutionary mini staking technology

Discover how the revolutionary nanoSTAKE staking technology fits in tight spaces. This patented technology heats up, stakes plastic, and is cool to the touch immediately after.

How to design for plastic staking

Unlock the full potential of your plastic part designs by watching our webinar, where industry experts Katherine Urivez and Sean Minch will guide you through cutting-edge technologies like InfraStake and nanoSTAKE. Download now to transform your staking designs, avoid pitfalls, and discover facts that will elevate your plastic staking expertise.

Low-current, high-performance, closed-loop staking

nanoSTAKE® is a revolutionary, patented staking technology that uses a proprietary Smart Respond™ heating technology to rapidly heat and cool a punch to stake plastic.

Request a quote.

Find out how to get nanoSTAKE for your next project.

The nanoSTAKE Process

The low-current, high-performance heater heats the punch to a programmed melt temperature in seconds and forms the boss into a stake. Once the punch reaches the correct height, it rapidly cools to a programmed release temperature and retracts.

Illustration of heating plastic

Heat

The Smart Respond™ heating technology heats the punch to a programmed melt temperature in seconds.

Illustration of staking plastic

Form

The low-current, high-performance heater maintains melt temperature as the punch forms the boss into a stake.

Illustration of cooling plastic after staking

Cool

Once the punch reaches the correct height, it rapidly cools to a programmed release temperature.

Illustration of the end of the process of nanoSTAKE

Retract

The cooled module retracts.

nanoSTAKE Technology

nanoSTAKE® is a revolutionary staking technology that uses a proprietary Smart Respond™ heating technology to rapidly heat and cool a punch to stake plastic.

The low‑current, high‑performance heater heats the punch to a programmed melt temperature in seconds and forms the boss into a stake. Once the punch reaches the correct height, it rapidly cools to a programmed release temperature and retracts. nanoSTAKE uses low current (1.5 A) which allows for quick and easy connections.

Illustration of plastic heat staking with nanoSTAKE technology

nanoSTAKE Benefits

Illustration of a laptop with data analytics on the screen

Accessible SPC data with dataPLUS™

Feed nanoSTAKE process data to your machine PLC.

With dataPLUS network communication activated, the System Controller makes data available to a PLC over an ethernet connection. Available data includes system information, process data, and fault notifications.

DataPLUS is an optional upgrade.

Gold coin with the thumbs up sign on it

Effortless quality assurance

nanoSTAKE uses Smart Respond, a low‑current, high‑performance heating technology with an embedded temperature sensor for true closed-loop process control. An optional position sensor controls the stake height.

outlet and plug illustration. Orange, grey and yellow

Easy and quick connections

nanoSTAKE only uses 1.5 A of current at 120 VAC. This low current allows for small wires and small, easily manageable connections.

grey measuring device with red ball

Fits in tight spaces

nanoSTAKE is small and compact so it fits in tight spaces.

Closeup of nanoSTAKE Module Patented with Blue LED
  • Smart Respond heating technology uses a low‑current, high‑performance heater with an embedded temperature sensor.
  • Closed-loop process control
  • LED indicator shows module status
  • No heat migration into the module; all the heat is concentrated at the tip.
  • Position monitoring (optional)
  • 8 mm punch diameter
  • Capable of staking bosses 0.5 – 4.0 mm in diameter
  • Conduction heat transfer
  • Unimpacted by material color

nanoSTAKE Controls Features

Smart Release

Prevent plastic from sticking after being staked.

After staking a part, Smart Release warms the nanoSTAKE modules while lightly pulling up to allow them to cleanly release from the plastic. Once the modules retract, Smart Release intelligently cools them back down.

Validation Mode

Make sure your Boss Position and Final Position quality limits are set up correctly. 

Validation Mode allows for testing of “red rabbit” parts. When in Validation Mode, the user loads a known bad part to verify that the nanoSTAKE modules correctly flag the Boss Position or Final Position as “outside the limits”.

dataPLUS™

Feed nanoSTAKE process data to your machine PLC.

With dataPLUS network communication activated, the System Controller makes data available to a PLC over an ethernet connection. Available data includes system information, process data, and fault notifications.

DataPLUS is an optional upgrade.

How to get nanoSTAKE

nanoSTAKE is available in turnkey machines and component packages for integration into equipment.

Design Guidelines

Learn how to design your parts to be staked with nanoSTAKE.

Download CAD

Download CAD models of nanoSTAKE components to integrate into your machine design.

Download User Manual

Download a PDF copy of the nanoSTAKE User Manual.

Download dataPLUS User Manual

Download a PDF copy of the nanoSTAKE dataPLUS User Manual.

Read more about nanoSTAKE

Plastic Joining: Make or Break Factors

Plastic Joining: Make or Break Factors

“What technology should I use to join my application?” is one of the most common questions we get from customers looking to ensure the best performance and durability for their project. Unfortunately, there’s no one-size-fits-all answer to that question. Several factors go into whether or not an application is compatible with different plastic welding technologies, and understanding them is key to making an informed decision.

read more
Designing for Strength: What to Consider in Plastic Part Design

Designing for Strength: What to Consider in Plastic Part Design

One of the more difficult questions I get asked by our customers is how to optimize assemblies for strength. This is an incredibly complex question but an important one when it comes to product development. Simulations like Finite Element Analysis are always a helpful tool, but FEA only provides some of the information, not all of it. Here are some questions to begin with during the development process

read more
How to design for plastic staking

How to design for plastic staking

Understanding the latest technologies and best practices is crucial for designers and engineers in the plastics industry. This article will overview plastic staking technologies, focusing on two cutting-edge methods: InfraStake and nanoSTAKE. You’ll learn about the similarities and differences between these methods and their respective advantages for different types of plastic applications. Most importantly, you’ll learn how to optimize your product design for plastic staking.

read more

Certifications

Request a quote for nanoSTAKE.

Tell us about your application and request a quote. Whether you want a turnkey nanoSTAKE machine or an integrable solution, we’ve got you covered.

Let us know what you need.