Transform your designs into precision-machined components with tight tolerances, complex geometries, and superior surface finishes, delivered with shorter lead times.
Once your housing has been machined, we'll apply required platings or coatings as specified in your designs.
Create perfect custom gaskets with our automated dispensing technology that places material precisely where needed—even on the most complex and intricate designs.
In parallel with machining and FIP dispensing, we can manufacture sheet materials to apply to your part before shipping.
Have a design that needs feedback? Get in touch with our engineering team today to get real-time feedback on how to make your design more effective and manufacturable.
Submit a Design![]() | Traditional RF Shield Procurement | |
---|---|---|
At-a-Glance Summary | ||
Single vendor solution | ||
4 Concurrent manufacturing processes under 1 roof | ||
Lead times | Weeks faster than traditional RF shield procurement | 2-3 Months |
Reduced risk | ||
Manufacturing Capabilities | ||
CNC Machining | Vendors usually only offer a single manufacturing process | |
Plating + Coating | Vendors usually only offer a single manufacturing process | |
FIP Gasket Dispensing | Vendors usually only offer a single manufacturing process | |
Assembly of converted thermal materials or microwave absorbers | Vendors usually only offer a single manufacturing process | |
Shipping and Logistics | ||
Single Shipment | ||
Freight Costs | 75% Lower freight costs than traditional RF shield procurement | Higher freight costs |
Simplified Logistics | ||
Quality & Risk Management | ||
Integrated Quality Control | ||
Streamlined Communication | ||
Single Source Accountability | ||
Unified Quality Standards | ||
Cross-Process Inspection | ||
Engineering & Design Support | ||
Integrated Expertise | ||
Design for Manufacturability Review | Some vendors support | |
Cross-Process Optimization | ||
Access to Engineering Team |
![]() | |
---|---|
At-a-Glance Summary | |
Single vendor solution | |
4 Concurrent manufacturing processes under 1 roof | |
Lead times | Weeks faster than traditional RF shield procurement |
Reduced risk | |
Manufacturing Capabilities | |
CNC Machining | |
Plating + Coating | |
FIP Gasket Dispensing | |
Assembly of converted thermal materials or microwave absorbers | |
Shipping and Logistics | |
Single Shipment | |
Freight Costs | 75% Lower freight costs than traditional RF shield procurement |
Simplified Logistics | |
Quality & Risk Management | |
Integrated Quality Control | |
Streamlined Communication | |
Single Source Accountability | |
Unified Quality Standards | |
Cross-Process Inspection | |
Engineering & Design Support | |
Integrated Expertise | |
Design for Manufacturability Review | |
Cross-Process Optimization | |
Access to Engineering Team |
Traditional RF Shield Procurement | |
---|---|
At-a-Glance Summary | |
Single vendor solution | |
4 Concurrent manufacturing processes under 1 roof | |
Lead times | 2-3 Months |
Reduced risk | |
Manufacturing Capabilities | |
CNC Machining | Vendors usually only offer a single manufacturing process |
Plating + Coating | Vendors usually only offer a single manufacturing process |
FIP Gasket Dispensing | Vendors usually only offer a single manufacturing process |
Assembly of converted thermal materials or microwave absorbers | Vendors usually only offer a single manufacturing process |
Shipping and Logistics | |
Single Shipment | |
Freight Costs | Higher freight costs |
Simplified Logistics | |
Quality & Risk Management | |
Integrated Quality Control | |
Streamlined Communication | |
Single Source Accountability | |
Unified Quality Standards | |
Cross-Process Inspection | |
Engineering & Design Support | |
Integrated Expertise | |
Design for Manufacturability Review | Some vendors support |
Cross-Process Optimization | |
Access to Engineering Team |
Learn how Signal Hound was able to overcome six months of production delays by finding a partner who offered vertical integration.
See HowWe are often asked to explain what makes our SigShield™ process different than traditional RF shield production. It can be hard to compare the two head to head when just looking at a quote because the process we’ve built is so unique that most people don’t even know something like it exists.
Read the Full ArticleThe SigShield™ product realization process fits perfectly in certain situations. This article will help you to identify the circumstances where SigShield™ might be an attractive option.
Read the ArticleYou'll find most often that SigShield™ is less expensive than traditional production methods.
Essentially, the traditional method involves shipping at a minimum of four times throughout the process (once between each manufacturing step). In many cases, customers actually ship the product back to their own facility to complete an inspection in between each step, which actually means you are shipping parts upwards of eight times across the life of the process.
With SigShield™ you pay for shipping one time, at the end of your project. This means that you are saving at minimum 1/4 of the freight cost and potentially up to 1/8 of the freight cost over the total life of production.
The DFM review is a business consulting service in which the experts on the Modus engineering team review your design and work with you collaboratively to design and develop solutions to realize and improve the manufacturability of your design, reduce your lead times for parts, and spare you any unnecessary manufacturing costs, using a vertically integrated design and manufacturing process.
Read MoreYou're looking for faster lead times to machine your radio frequency (RF) Shields, because each day sooner you can bring your product to market means a huge impact on the bottom line.
Learn how SigShield can help you get there faster. The product realization process behind SigShield that takes your custom RF Shield from idea to reality provides you with:
A single-vendor solution: one vendor for the entire machining process means less risk for error and faster results.
A more robust final product: the use of Nolato Trishield® shielding material means you get flawless RF shielding effectiveness.
Unrivaled quality: SigShieldTM meets the strictest compliance standards including AS9100, NIST 800-171, and DFARS 252.204-7012.
Access to experts: our 4-step production methodology creates a collaborative experience where you work directly with our most experienced engineers to build the ideal shield to meet your project requirements.
Mechanical Engineers often face tight deadlines when trying to design new RF shields with form in place gaskets. Projects that seem simple can quickly become complex when multiple components must come together in a timely manner to achieve production goals. Cost overruns, delays, defects, and poor risk control present significant barriers to project success.
One of the biggest challenges mechanical engineers face is the standard four to six-week lead times typical of multi-step CNC-milled RF shields. Component manufactures often view the standard lead times as necessary to mitigate risk and improve quality and cost. However, manufacturers that employ high-quality, vertically-integrated processes can create excellent quick-turn parts by reducing lead times to as little as one to three weeks.
Learn MoreFind everything you need about RF shield production and resources to design your component, including:
Browse all of our articles about RF shielding for guidance on component production and more SigShieldTM specific topics.
The team at Modus Advanced has put together this guide to RF shielding to help you understand how to select materials and design for RF shielding applications.
All our RF shielding resources have been
organized in one spot to help you answer your most common questions.
SigShield™ is redefining the RF shield production and procurement process. Learn more about the process and benefits.
Don’t take our word for it. Reach out and speak to one of our engineers about your part today and see the benefits for yourself. We strive to turn all quotes around 48 hours or less to get your part moving as quickly as possible.
Submit a Design