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Albright Technologies Monthly Insider: Read our latest newsletter!

MatSilicone.Com has Doubled its Material Database! Read our latest newsletter

Latest blog post from Silicone.Pro:


What is the shelf life of uncured medical silicone?


Why do you have to clean the barrel and feeding system in medical silicone injection molding when changing the material?


What are the differences between designing a medical silicone part vs. a medical plastic part?


Why is aluminum and not steel used to build prototype molds for molding medical silicone parts?


Can a mold flow simulation be done in silicone like with plastic?

4 Things You Should Know About Silicone: Read our latest newsletter 

March 7, 2012

President & CEO of Massachusetts Life Sciences Center to Tour Albright Technologies in Leominster on Thursday

Leominster, MA - On Thursday, March 8, 2012 at 10:00 a.m. Massachusetts Life Sciences Center President & CEO SusanWindham-Bannister will visit and tour Leominster-based Albright Technologies, a company that specializes in manufacturing prototype and low volume production silicone components for medical, pharmaceutical and life science applications. Albright has participated in the Internship Challenge, a workforce development program offered by the Massachusetts Life Sciences Center that connects students and recent college graduates with paid internship opportunities, funded by the Center, at life sciences companies across the state.  The company hired two of their interns that participated in the program as project engineers at the conclusion of their internships.

Read our February Newsletter: 3 Ways to Reduce your Molding Costs

Latest blog post from Silicone.Pro:

What is the Coefficient of thermal expansion or CTE for silicone at different temperatures?

Our January Newsletter is out, click here to read the latest news from Albright Technologies!

Congrats to our contest winner, Patrick McDermott!

Congratulations to Patrick McDermott for winning $500 to donate to a charity of his choice! Patrick chose Invisible Children for his donation, which uses film, creativity and social action to end the use of child soldiers in Central Africa.

Our November Newsletter is Out:
Join Silicone.Pro's group on LinkedIn and be entered to win $500 for a charity of your choice! Find out more in our newsletter:

How Micromachining Patience Speeds Prototype Production

Article From: Modern Machine Shop, Derek Korn, Senior Editor

Albright Technologies has become adept at micromachining molds for silicone parts such as the one to the right. This has enabled the company to become effective in quickly generating prototypes for medical device manufacturers pressured to speed new products to market. Many of the silicone components it creates are either tiny themselves or have miniscule features measuring just a few thousands of an inch. What’s interesting is that the company has found it can produce prototypes faster by taking a slower, more conservative approach to micromachining molds using end mills that measure just a few thousands of an inch in diameter.

Plus, while one might assume that very high spindle speeds are needed to effectively mill molds using such small tools, the machine that performs micromachining at Albright—a 30-taper VMC—typically spins 0.005-inch-diameter tools at just 9,000 rpm. Although that means feed rates and cycle times are relatively slow, there are a number of reasons why a company focused on quickly turning prototyping work finds this acceptable. David Comeau, Albright’s president, and Robert Waitt, vice president, explained why during a recent visit to the New England-area molder.

Click here to read the rest of the article.


Albright Technologies wouldlike to share MatSilicone.Com, a completely free, ever-growing, searchable database of medical grade silicones. Click here to register, after checking it out please take a short survey. We greatly appreciate your feedback!

Latest blog post from Silicone.Pro:

Why are medical silicone parts post cured?

What is the range of compression set for liquid silicone?

What is the typical price for producing an over-mold of silicone on an injection molded part?


Tempering Urgency Within Your Shop

Modern Machine Shop Online

By: Derek Korn

Like many businesses, machine shops operate under an atmosphere of urgency. Part programs need to be created quickly so jobs can be released in a timely manner to the shop floor. First-article inspection must to be carried out promptly so necessary adjustments can be made and the production run can proceed. Once a job is completed, machine setups need to be torn down in short order so a new setup can begin for the next job.

These types of things happen at a New-England-area company I recently visited and will profile in next month’s issue. The company, Albright Technologies, has to move at a decent clip. A fast pace is necessary because its niche is rapidly creating prototype molds and small batches of tiny silicon parts for medical customers pressured to speed their new products to market.

Click here to read the rest of the article.

Our September Newsletter is out, click here to read about the latest happenings at Albright Technologies.

Small parts loom large in silicone molding

Written by: Kevin Franzino, Project Engineer, Albright Technologies, Inc.

Medical implants are complex components made from ultra-high molecular weight polyethylene and other plastics, which act as cushions to minimize stress on the bone-metal interface. While softer than old-style metallic implants, plastic implants lack the elasticity needed for motile body features. Silicone rubber has stepped in to fit the bill. Note: This article by Kevin Franzino (Project Engineer, Albright Technologies) originally appeared in the June issue of Medical magazine.

Click here to read the rest of Kevin's article.