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SyBridge Technologies

SyBridge Technologies

Bridging the gap between innovation and mass production

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CNC Machining

Fitchburg Apprenticeship
June 20, 2024

Apprenticeship Program Serves Students and the Tooling Community

Read moreApprenticeship Program Serves Students and the Tooling Community
Tagged With: CNC Machining, Injection Molding, SyBridge News
SyBridge Studio
June 10, 2024

SyBridge Technologies Launches SyBridge Studio, an Innovative Application, on the PTC Onshape App Store

Read moreSyBridge Technologies Launches SyBridge Studio, an Innovative Application, on the PTC Onshape App Store
Tagged With: 3D Printing, CNC Machining, Design, Industry Trends, Injection Molding, Prototyping, SyBridge News
SybridgeOnshapeApp
June 8, 2024

AI-Powered DFM Analysis by SyBridge, Now Available in the Onshape App Store 

Read moreAI-Powered DFM Analysis by SyBridge, Now Available in the Onshape App Store 
Tagged With: 3D Printing, CNC Machining, Design, Industry Trends, Injection Molding, Prototyping, SyBridge News
CNC
December 28, 2023

The Ultimate CNC Design for Manufacturability (DFM) Checklist

Read moreThe Ultimate CNC Design for Manufacturability (DFM) Checklist
Tagged With: CNC Machining
CNC
November 16, 2022

Key Differences for Acrylic and Polycarbonate Machining

Read moreKey Differences for Acrylic and Polycarbonate Machining
Tagged With: CNC Machining, Materials
Chemical finishes
November 16, 2022

A Guide to Chemical Finishes for CNC Machined Parts

Read moreA Guide to Chemical Finishes for CNC Machined Parts
Tagged With: CNC Machining, Post-Processing
Metal Part on Paper
October 19, 2022

Design Tips for Low-Volume CNC Machining Production Runs

Read moreDesign Tips for Low-Volume CNC Machining Production Runs
Tagged With: CNC Machining, Design
CNC
October 5, 2022

Complete Guide to CNC Swiss Machining

Read moreComplete Guide to CNC Swiss Machining
Tagged With: CNC Machining
PC-ABS
September 28, 2022

Know Your Materials: Polycarbonate (PC)

Read moreKnow Your Materials: Polycarbonate (PC)
Tagged With: 3D Printing, CNC Machining, Injection Molding, Materials
Passivation
September 7, 2022

Passivation: Post-Processing for Rust and Corrosion Prevention

Read morePassivation: Post-Processing for Rust and Corrosion Prevention
Tagged With: CNC Machining, Post-Processing
CNC
August 24, 2022

Designing With Efficiency in Mind: How to Streamline CNC Machining Processes

Read moreDesigning With Efficiency in Mind: How to Streamline CNC Machining Processes
Tagged With: CNC Machining
CNC
July 25, 2022

How CNC Setups Affect Project Costs

Read moreHow CNC Setups Affect Project Costs
Tagged With: CNC Machining
CNC
February 23, 2022

The Ultimate CNC Machining Guide

Read moreThe Ultimate CNC Machining Guide
Tagged With: CNC Machining
CNC Machining
January 31, 2022

The 4 Biggest Design Mistakes for CNC

Read moreThe 4 Biggest Design Mistakes for CNC
Tagged With: CNC Machining, Design
Metal Cylinders
December 1, 2021

The Benefits of Heat Treating Metal

Read moreThe Benefits of Heat Treating Metal
Tagged With: CNC Machining, Materials
Metal surface finishing
November 18, 2021

Comparing Different Types of Polishing Surface Finishes

Read moreComparing Different Types of Polishing Surface Finishes
Tagged With: CNC Machining, Post-Processing
CNC
September 29, 2021

Is Bead Blasting the Right Finish for Your Part?

Read moreIs Bead Blasting the Right Finish for Your Part?
Tagged With: CNC Machining
CNC
September 21, 2021

3-Axis vs. 5-Axis CNC Machining — What you Need to Know

Read more3-Axis vs. 5-Axis CNC Machining — What you Need to Know
Tagged With: CNC Machining
CNC Machining Aerospace
August 29, 2021

The Role of CNC Machining in the Aerospace Industry

Read moreThe Role of CNC Machining in the Aerospace Industry
Tagged With: CNC Machining, Industry Trends
UHMW
August 18, 2021

Know Your Materials: UHMW

Read moreKnow Your Materials: UHMW
Tagged With: CNC Machining, Injection Molding, Materials
Polyoxymethylene (POM), more commonly known as acetal or its branded name Delrin®, is an engineering plastic offering low friction, high stiffness, and excellent dimensional stability. Polyoxymethylene is a category of thermoplastics and includes many different formulations of the material, all of which vary slightly. As such, it’s important to learn as much as you can about each type before choosing one for your next project. Delrin® is a semi-crystalline engineering-grade thermoplastic widely used to create highly precise parts. In general, Delrin® provides impressive dimensional stability and sliding properties. It’s known for its high strength, wide operating temperature range (-40°C to 120°C), and excellent mechanical properties. Here’s everything you need to know about this material, from how it’s made to its best-fit applications. Inside the polyoxymethylene production process Acetal was first discovered by German chemist Hermann Staudinger in 1920 before it was commercially synthesized by research chemists at DuPont, the original manufacturers of Delrin® plastic, in 1956. Like all other plastics, acetal is created by distilling hydrocarbon fuels down into lighter groups called “fractions,” which can then be combined with other catalysts via polymerization or polycondensation to produce a finished plastic. To make an acetal homopolymer like Delrin®, anhydrous formaldehyde must be generated by causing a reaction between aqueous formaldehyde and alcohol to form a hemiformal. The hemiformal is then heated to release the formaldehyde, and the formaldehyde is polymerized by anionic catalysis. The resulting polymer is stabilized when it reacts with acetic anhydride, which creates polyoxymethylene homopolymer. Acetal comes in many different commercial varieties and formulations, each with its own advantages and disadvantages. For example, Delrin® 500 is medium-viscosity, all-purpose polyoxymethylene that has a good balance of flow and physical properties. It can be used to produce parts via CNC machining and injection molding and is frequently used to manufacture mechanical parts, fuel systems, and fasteners. Delrin® 1700P, on the other hand, is a very low- viscosity, fast-molding resin that is best suited for parts with complex shapes, thin walls, long flow paths, or multi-cavity tools. It also offers the best molding thermal stability for deposit-free molding in demanding conditions. Since there are dozens of different formulations of acetal, it’s important to do your research and make sure your prospective plastic offers all of the properties you need for your application. Delrin® plastic properties and mechanical specifications small black Delrin pieces Delrin® can also be found in all-purpose industrial equipment like bearings, gears, pumps, and meters. Acetal’s excellent mechanical properties make it extremely versatile, offering a unique blend of properties that you won’t find in most metals or other plastics. Delrin® plastic is strong, rigid, and resistant to impact, creep, abrasion, friction, and fatigue. It’s also well known for its excellent dimensional stability during high-precision machining. Acetal can also stand up to moisture, gasoline, solvents, and a wide range of other neutral chemicals at room temperature. From a design standpoint, parts made with extruded POM naturally have a glossy surface finish. Since acetal is compatible with CNC machining, injection molding, extrusion, compression molding, rotational casting, and more, product teams are free to choose the manufacturing process that works best for their budget and their needs. However, it’s worth noting that Delrin® plastic is typically very challenging to bond. Acetal material properties vary by formulation, but the mechanical properties for Delrin® 100 NC010, one of the most popular formulations, include: Tensile modulus: 2900 MPa Yield stress: 71 MPa Yield strain: 26% Density: 1420 kg/m3 Charpy notched impact strength, +23°C: 15 kJ/m2 Coefficient of linear thermal expansion, normal: 110 E-6/K Water absorption: 0.9% Delrin® does have a few limitations. For instance, even though Delrin® is resistant to many chemicals and solvents, it’s not very resistant to strong acids, oxidizing agents, or UV radiation. Prolonged exposure to radiation can warp the color and cause the part to lose its strength. Also, this material isn’t readily available in a flame-retardant grade, which limits its utility for certain high-temperature applications. Why choose Delrin® plastic? These limitations notwithstanding, there are many reasons to choose acetal over other materials. When compared to other plastics, acetal offers better creep, impact, and chemical resistance, better dimensional stability, and higher strength. It also has a lower coefficient of friction. Acetal outpaces certain metals as well. Parts built with this material have a higher strength-to-weight ratio, better corrosion resistance, and offer more opportunities for part consolidation. You can build thinner and lighter parts faster and at a lower price point with acetal than with a comparable metal. Delrin® plastic can be found in almost every major manufacturing sector. In the automotive industry, common applications include heavy load-bearing gears, fuel system components, loudspeaker grilles, and safety system components like seatbelt hardware. Delrin® can also be found in all-purpose industrial equipment like bearings, gears, pumps, and meters. In the consumer goods and appliances space, this material can be used to make anything from zippers and pens to knife handles and lawn sprinklers. Getting started with Delrin® There’s a lot for product teams to love about Delrin®. It’s strong, stable, versatile, and its excellent mechanical properties make it a good choice for a wide variety of applications in a number of industries. However, with dozens of different formulations of acetal on the market, it can be very challenging to determine which one might be the best fit for your unique project. A seasoned manufacturing partner can help demystify the material selection process. When you partner with Fast Radius, you partner with a team of on-demand manufacturing experts who have years of experience helping product teams navigate material selection. We’re well-versed in the wide range of materials that can be used for both traditional and additive manufacturing — including Delrin®. Once you’ve selected the Delrin® formulation that’s the right fit for your application, our team of experts can help facilitate the entire manufacturing process — from design and prototyping to production and fulfillment. With a full suite of manufacturing services including CNC machining and injection molding, Fast Radius can bring your vision to life quickly and easily. Contact us today to get started.
July 22, 2021

Know Your Materials: Delrin (Polyoxymethylene)

Read moreKnow Your Materials: Delrin (Polyoxymethylene)
Tagged With: CNC Machining, Injection Molding, Materials
PEEK
June 21, 2021

Know Your Materials: Polyetheretherketone (PEEK)

Read moreKnow Your Materials: Polyetheretherketone (PEEK)
Tagged With: 3D Printing, CNC Machining, Injection Molding, Materials
June 16, 2021

Key Guidelines for Plastic CNC Machining

Read moreKey Guidelines for Plastic CNC Machining
Tagged With: CNC Machining, Materials
Acetal-and-Nylon
June 15, 2021

Know Your Materials: Acetal vs. Nylon

Read moreKnow Your Materials: Acetal vs. Nylon
Tagged With: 3D Printing, CNC Machining, Injection Molding, Materials
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Itasca, IL 60143 USA

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