This metal additive part is an all-in-one tessellation created using Direct Metal Laser Sintering (DMLS). This latest technology utilizes a variety of metal and alloy materials to create strong and durable parts from your 3D CAD data without the need of tooling. The process disperses a very fine layer of metal powder allowing for high detail resolution and is fused together using a focused laser beam.
These capabilities allow us to make complex parts that would be impossible to make any other way.
Learn More
This metal additive part is an all-in-one tessellation created using Direct Metal Laser Sintering (DMLS). This latest technology utilizes a variety of metal and alloy materials to create strong and durable parts from your 3D CAD data without the need of tooling. The process disperses a very fine layer of metal powder allowing for high detail resolution and is fused together using a focused laser beam.
These capabilities allow us to make complex parts that would be impossible to make any other way.
Learn More
This metal additive part is an all-in-one tessellation created using Direct Metal Laser Sintering (DMLS). This latest technology utilizes a variety of metal and alloy materials to create strong and durable parts from your 3D CAD data without the need of tooling. The process disperses a very fine layer of metal powder allowing for high detail resolution and is fused together using a focused laser beam.
These capabilities allow us to make complex parts that would be impossible to make any other way.
Learn More
By embracing the most advanced manufacturing technologies of today, tomorrow, and beyond, we avoid stagnation and maintain the ability to constantly provide our partners with the "Right Fit" solution. At the same time, we provide our teammates with an environment that inspires personal growth and endless opportunity.
We work with our clients to find the right materials, budget, and process, along with providing a finished product. From start to finish, we will find the Right Fit.
Amorphous Alloy Injection Molding, also known as amorphous metal casting, is capable of manufacturing complex geometries in large quantities using multi-cavitation tooling. This process uses a Zirconium based alloy manufactured here in the United States by the global leader in advanced materials, Materion.
Unlike other metal injection molding or injection molding processes, Amorphous Alloy parts come out of the mold in a useable state and does not require expensive sintering or binder removal techniques.
We specialize in manufacturing unique parts with superior strategy. Using cutting edge techniques, parts are manufactured for a wide variety of industries, ranging from injection molds to mission critical aerospace components.
Our parts are manufactured on well-maintained, high accuracy machines in our temperature controlled Denver, Colorado facility. We believe that quality control is an integral part of production. Our processes are designed around the utilization of statistical controls.
Direct Metal Laser Sintering (DMLS) is a manufacturing technology that uses a fiber optic laser to fuse together layers of metal powder. The parts are "grown" additively, layer by layer, to create fully dense, complex parts within hours directly from 3D CAD geometry.
It is possible to manufacture durable, fully functional prototypes and production parts for highly corrosive and high-temperature environments. Material properties of as-grown parts are similar to wrought materials and can be improved or altered with various heat treatments.
Our process involves working with you from start to finish, and print to part. Because of our unique capabilities and commitment to forming long-term partnerships, we're able to offer you options that best serve your individual needs or that you may not have even known were possible.
You have had a stroke of genius, an idea that defies traditional manufacturing methods. We work with your part designers to develop the solution that best serves you.
Our multidimensional services allow us to provide unique answers for you in ways that are otherwise impossible with- out additive manufacturing, metal casting, or machining.
Keep your expenses on track with our cost savings casting methods, allowing us to replace complex machined components with much less expensive options.
We give you a complete finished part, so you don't have to take a half-finished piece to sub out to yet another vendor. We don't part ways until your vision is complete.
The Three Tiered Approach is our tried and true method for bringing multiple technologies to the table for any manufacturing need. We work directly with you to find the Right Fit for your individual vision, continue to explore the latest technology can offer us, and believe in long-term partnerships above the one-time sale.
We believe that advanced manufacturing should never be one-dimensional.
Have further questions about production, quality, or prototyping?
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We believe in two principles above all; the integrity and passion of our teammates, and a continuing commitment to further the most advanced manufacturing solutions available.
At Visser Precision, we're not employees, we're teammates. By providing our teammates with an environment that allows for personal growth, we inspire endless opportunities and solutions catering to the right fit for each client.
Our customers are not one-time shoppers but long term partners that we build lasting relationships with. By making a commitment to use the most advanced manufacturing technologies available, we are able to provide our partners with a market advantage and cost reduction to their bottom line.
VPC and its employees understand confidentiality, as well as Export Control regulations concerning aerospace and defense parts. We built systems in place to ensure that visitors do not see competitor or classified parts and that all ITAR regulations and procedures are followed.
If your project or company depends on absolute confidentiality, VPC can meet that requirement.
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Amorphous alloy injection molding, also known as amorphous metal casting, is capable of manufacturing complex geometries in large quantities using multi-cavitation tooling. This process uses a Zirconium based alloy manufactured here in the United States by the global leader in advanced materials, Materion. Unlike other metal injection molding or other injection molding processes, Amorphous alloy parts come out of the mold in a useable state and do not require expensive sintering or binder removal techniques. Amorphous alloy injection molding casting is a hybrid of plastic injection molding and die-casting, which makes it capable of much higher geometry resolution and tolerances. However, it is limited to relatively small complex parts that would otherwise require extensive handling if made from traditional manufacturing techniques.
The ability to achieve geometry tolerances as tight as 25 microns is largely due to the limited shrinkage, roughly 0.2% compared to 0.6% in die casting and upwards of 25% shrinkage in MIM (metal injection molding). A nearly mirror level as cast surface finish lends itself well to cosmetic and wash down grade parts.
No manufacturing process is perfect for every application. It is important to work with the Amorphous alloys designers to exploit the unique material properties and optimize tool cavitation so optimum value is reached.
These amorphous metal parts were created with patented Lquidmetal® technology.
We specialize in manufacturing unique parts with superior strategy. Using cutting edge techniques, parts are manufactured for a wide variety of industries, ranging from injection molds to mission critical aerospace components. We have the manufacturing resources available to take projects through a variety of processes, from prototype to production parts.
Our parts are manufactured on well-maintained, high accuracy machines in our temperature controlled Denver, Colorado facility. We believe that quality control is an integral part of production. Our processes are designed around the utilization of statistical controls that work in conjunction with an on-site quality lab. All parts are machined to the same high standards, maintaining consistency and predictability for our customers.
Direct Metal Laser Sintering (DMLS) is a manufacturing technology that uses a fiber optic laser to fuse together layers of metal powder. The parts are "grown" additively, layer by layer, to create fully dense, complex parts within hours directly from 3D CAD geometry. It is possible to manufacture durable, fully functional prototypes as well as production parts for highly corrosive high-temperature environments and anything in between. Material properties of as-grown parts are similar to wrought materials and can be improved or altered with various heat treatments.
Visser Precision operates its own Class 100,000 (ISO 8) CMM inspection room, works with Nadcap certified heat treat and materials testing partners and employs propriety DMLS quality control strategies to ensure the quality and accuracy of your parts. As a Visser Precision partner, you will also have access to our in-house 5-axis machining capabilities for post-processing your parts and an engineering team that can provide feedback on your design. Visser Precision is consistently adding capacity in our additive department to maintain machine availability for rush jobs and tight deadlines.
Reduce part count, manufacturing errors and assembly costs by integrating several separate components into a single part Incorporate internal passages and features that cannot be produced any other way Add conformal cooling to molds to dramatically reduce cycle time and improve thermal uniformity Add conformal fluid passages to tools and mechanical components to improve efficiency and operating life Reduce part weight by introducing hollow sections with thin structural webs Quick turn-around and lower cost for complex prototypes and reduced design cycle time Fine details in as-grown parts
This metal additive part is an all-in-one tessellation created using our EOS from Munich, Germany
Yes. Our goal is to provide solutions, not just parts. We don't only make your parts, we find the most efficient process your project needs to move forward.
Every project is an opportunity for us to expand our experience and further our endeavor toward efficiency. It's not a matter of finding a previous used box to fit your project in, it's about us creating a new, custom-fitted box specifically for your dimensions. We will use all of the resources available to provide the best solution.
We strive to adhere to ISO 13485 and AS 9100 standards as our base operating procedures. These are some of the strictest standards in the industry. If your project has specific quality needs, we design a process to meet those needs. We don't view your needs as an obstacle but as an opportunity to better and expand our own experience as.
We specialize in making quality parts and documenting our ability to do so. The more challenging the project, the more engaged our team becomes.