Accessories Designed to Enhance Your Probe Station’s Performance

The Micromanipulator Company combines 60+ years of analytic probing experience with state-of-the-art design, testing and manufacturing capabilities. We proudly offer a comprehensive selection of probe stations and a wide range of accessories to give customers more choices than they will find anywhere else, and many with technological advancements not available through other manufacturers.

Our accessories are smartly designed to enhance your probe station’s performance and help you achieve the type of results you can count on.  One example of our innovative products is our Vibration Isolated Station with Rigid Mount Light Tight Enclosure.  The assembly allows the probe station to be supported on the vibration isolated surface while the light tight enclosure is mounted on a rigid surface (the vibration isolation table guard rails).  As a system user, you will appreciate the fact that the floating vibration isolated surface is not disturbed when the LTE doors are opened.  In addition the LTE setup means it is easier to both install and remove the probe station itself. 

The unit includes access holes in the bottom plate, which come with rubber “light shielding boots” that fit around the inner table’s extendable legs to prevent light leakage through the hole.  Your probe station sits on the inner platform that rests on the vibration isolated surface. 

Along with vibration isolation, Micromanipulator also specializes in thermal management and flexibility as well as open architectures and material selections, high-quality microscopes, manipulators, DC and RF measurement hardware.  In fact our cutting-edge technology allows system users to focus on data, not the prober.  Please visit our website to learn more about The Micromanipulator Company, our products and our exceptional customer service. We welcome questions and inquiries into our products and will do our best to assist you in whatever way we can.  

Micromanipulator not only invented analytical probing in 1956 but we are leaders in the field and reliably deliver the tools and life cycle support the semi-conductor industry depends on. Our company’s philosophy and what drives our success is an unfaltering commitment to our customers’ satisfaction. For a quality selection of probe stations, probe holders, probe positioners, probe tips and more, please see our website.          

Quality Probe Tips in a Variety of Materials & Tip Styles

The Micromanipulator Company is a leading supplier of analytical probe tips for the Semiconductor and OEM markets worldwide.  To make it easier for customers to take advantage of today’s fast paced, digital economy, our extensive line of probe tips as well as other products are available at our online store. 

In fact in you are placing an order with us, you may want to take advantage of our Model 7 Series Sample Kit of probe tips that is available at a low, promotional savings of 25% off.  This kit is an excellent opportunity to try 7 of Micromanipulator’s probe tips of different metals and tip styles without the need to buy a whole box of one particular tip.   

It starts with a 7A that has a tip diameter prior to sharpening of .005” and a point radius of 0.35um.  Along with an overall length of 1.4” that may be trimmed as needed and an angle of 14-deg, its Nickel shank has a diameter of .020” and a Tungsten tip. 

The kit also contains a 7Bs that is made from Tungsten, a 7C made from Dumet, and a 7F with a tip diameter prior to sharpening of .001”, an angle of 21-deg., and a Nickel shank and Tungsten tip.  The 7S has an overall length of 1.6” (which also can be trimmed as needed) and an S-shape Tungsten tip as well as a 7X with an angle of 13-deg., a Nickel shank and Tungsten tip.  And finally you will receive a 7X that has a .003” tip diameter prior to sharpening, an overall length of .5”, and a Nickel shank and Tungsten tip.  

Micromanipulator’s online store also has a range of probe positioners to meet any of your testing needs. Each one provides the highest stability on the market and feature direct leadscrew lead nut drives as well as ergonomic designs.  As always our engineers are available to answers any questions as well as ready to assist you in purchasing one of our high-quality systems. 

Micromanipulator not only invented analytical probing in 1956 but we remain the leading name in the field.  As such we reliably deliver the tools and life cycle support the semiconductor industry depends on.  As part of the company’s philosophy and what drives our success is an unfaltering commitment to customers’ satisfaction.  Please contact us to find out more about our exceptional line of probe stations, probe holders, probe positioners and more.         

Troubleshooting Tips for Low Current Probing

At The Micromanipulator Company, our job is to produce high performing, efficient analytical probe stations and accessories for both wafer level and decapsulated packaged part probing along with the information and service to fully support our customers. With a worldwide reputation for innovative, state-of-the art designs, the semiconductor industry turns to us again and again for the tools it needs for a variety of applications and budgets. 

When you visit our website, you will find a great deal of technical details and specifications on each product.  Moreover we are personally available to answer your questions, just give us a call, email or use our online chat service to let us know what you need.  This includes seeking answers to problems you may be experiencing with our equipment or how to use our tools more effectively for your application.   

For example if you are having problems with low current probing, we direct you to our Application Notes where you will find “The Basics of Low Current Probing.”  Here you will discover an in-depth look at common problems users run into with low current probing, and suggestions on how to solve them. 

Summarizing a list of helpful tips for successful low level measurements, we begin by reminding users to pay attention to details as the nature of the very small physical values being observed mean there are various factors that may interfere with the desired measurements.  One of our recommendations includes getting into the habit of reviewing and practicing preventive measures to eliminate problems before they occur. 

You will find tips on how to diagnose noise sources and how to minimize their effects.  The Application Note also offers information on exploit filtering and averaging available in the instrument and topics such as guarding and settling time, cable isolation and noise, and cleanliness.  Please visit our website to read through the full article.  While you are there, take a look at our selection of probe stations and accessories that include probe positioners, probe holders, microscopes, vibration isolation, light and noise shields, manipulators, DC and RF measurement hardware, and more.   

Micromanipulator not only invented analytical probing in 1956 but we are leaders in the field and reliably deliver the tools and life cycle support the semi-conductor industry depends on. Our company’s philosophy and what drives our success is an unfaltering commitment to our customers’ satisfaction. For one of the most comprehensive selections of probe stations, probe positions, probe holders and tips in the marketplace, please visit our website.         

Thermal Management for Virtually Any Application Requirement or Budget

The semiconductor industry trust The Micromanipulator Company to deliver the tools they need to succeed as our extensive experience positions us to react quickly to the changing needs and demands of our customers.  In fact we have been around to see belt-driven stages develop into high resolution lead screw lead nut designs offering the best positioning resolution on the market today.  Moreover we have seen microscope magnifications go from a few hundred times to tools that support >2000X magnification levels.  

In addition to pioneering the integration of thermal chucks with probe stations; we continue to lead the industry with the broadest temperature ranges available in our exclusive H1000 series thermal wafer chucks.  Along with the best planarity, lowest noise, and lowest cost of ownership, the H1000 supports wafer testing from -65 to 400 degrees C.

To meet your application and budget requirements, the innovative thermal chuck comes in several configurations including a choice of two power supplies.  The AC heating supply is for anyone requiring fast heating and/or applications that do not require chuck noise in the femtoamp level.  Also if you need to achieve the very lowest noise levels, go with Micromanipulator’s DC heating supply. 
For above ambient testing and the most economical cooling, we recommend our C1000 simple heat exchange (HE) option, which offers a rapid cool down once the heat cycle is finished.   The C1000 zero degree thermal chuck is for testing to zero degrees C.  If you need to test at temperatures down to -65 degrees C, take a look at our high performance HC1000 cooling system.

We invite you to visit our website to learn more about Micromanipulator’s thermal chucks as well as a wide range of probe stations for virtually any application.  Our products also include a line of high-quality probe positioners, probe holders and probe tips designed to seamlessly integrate with our probe stations.  For immediate help, we have an online chat service available during business hours and welcome phone calls or emails. 

Micromanipulator not only invented analytical probing in 1956 but we are leaders in the field and reliably deliver the tools and life cycle support the semi-conductor industry depends on. Our company’s philosophy and what drives our success is an unfaltering commitment to our customers’ satisfaction. For one of the most comprehensive selections of probe stations, probe positioners, and probe holders and tips, please visit our website.