Our standard lead time is 2–4 weeks. Our lead times are flexible, typically ranging from 1 day to 4 weeks, depending on the requirements and urgency level of a job.
Clients can select one of the following lead time options:
We machine a variety of metals and plastics.
We fabricate steel, stainless steel, and aluminum parts.
Learn MoreYes, we have the capacity to make between 1–2,000 parts in one run.
Learn MoreYes, we manufacture single parts, single OEM replacement parts, and prototypes.
Learn MoreWe make Continental, FMC, Angelus, & Blemaf OEM replacement parts.
Learn MoreYes, we manufacture prototype parts and help inventors fine-tune their designs.
Learn MoreThe cost of your parts will depend on how quickly you need them manufactured, the service(s) you need (prototyping, production, single-part manufacturing, or OEM replacement parts), how much time it will take to manufacture the part, the quantity, and the overhead of your required materials.
Every situation will be different. Still, in general:
We serve a wide range of industries, including but not limited to: food & beverage, construction, sporting goods, and web processing.
Read What Our Clients Have to SayYes, we ensure parts are ready to use with our standard, 64Ra–4Ra finish. We also offer more finishing options, such as polishing and plating, in-house and through trusted vendors.
Learn MoreYes, if you don’t have a CAD model for a part, we can make one from a sketch, blueprint, example part, or idea.
Learn MoreYes, if you don’t have prints for a part, we can reverse-engineer and replicate an example.
Learn MoreStandard finish: 64Ra–4Ra
We offer chrome plating, nickel plating, anodization, black oxide, and heat-treating through trusted vendors.
Learn MoreNo, an NDA is not required.
Submit the form on our contact us page here, give us a call at 1-(608)-635-0166, email us at sales@superior1solutions.com, or visit us in person at Superior One Solutions LLC, 605 N US HWY 51, Poynette, WI 53955-8978.
Yes, but we prefer to source the material ourselves.
CNC machines automate the milling process with computer programs, allowing the machine to follow these instructions with minimal human supervision. This can make production faster and more consistent, efficient, and cost-effective.