Position: CNC Operators
Hours: Second Shift
Location: Lake Mills, WI
This position is responsible for production of precision machined parts on various CNC lathes and milling machines.
Wage Range: Depends on skill level and experience.
Our Key Requirements
- Capable of running part programs on various CNC machines
- Ability to change tools and continue running the machine with minimal help
- Knowledge of and ability to use tradition inspection tools to verify part dimensions
- Ability to use CMMs, surface measuring equipment, and optical inspection equipment to verify part dimensions
- Ability to read and accurately interpret part prints
- Solid problem solving skills
- Good written and verbal communication skills
- Ability to maintain a clean and organized work area
- Good interpersonal skills
- Machine Operator operates machines as directed by supervisor. The work is spot-checked in progress and upon completion for compliance with part print, instructions and established procedures.
At Aztalan Engineering, Inc., we provide CNC milling service capabilities for precise cutting that can meet, and exceed, your expectations, no matter the requirement. Our advanced CNC machinery, along with our promise to treat our customers like they are our own family, allows you to feel at peace knowing we’ll treat your job as if it our own.
Position: Programmer – Esprit / SolidWorks
Hours: First Shift (Monday – Friday) 8:00am – 4:00pm
Location: Lake Mills, WI
The purpose of this position is to create, maintain, support CNC programs, as well as to create and maintain specific work instructions to support the machining operations. This position will also be instrumental in supporting machinists with various problems with programs and processes.
Wage Range: $55,000/year – $80,000/year depending on skill level and experience. (Exempt Position)
Our Key Requirements
- Create and maintain CNC programs using Esprit software
- Create and maintain machine set-up sheets and program revision history
- Assist in set-up and prove out of new CNC programs using Esprit
- Support machinists with problem solving and troubleshoot Esprit programs as needed
- Design and be able to pick out proper tooling for new and current programs
- Continually look for process improvement, cycle time reduction, and set-up time reduction
- Attend New Part Meetings, Pre-Production Meetings, and Programmer Meetings
- Deliver completed CNC programs to workcells as needed and on time in order to meet customer requirements
- Update old CNC programs using Esprit
- Participate in workcell team building and lean efforts
- Other duties as assigned
At Aztalan Engineering, we use our precision CNC machining services and prototyping abilities to serve the medical implant industry. We are proud to be amongst several quality orthopedic implant manufacturers in the industry. Machining medical implants is a delicate process, so we understand that failure is not an option which is why we offer precise machining and careful prototyping to ensure we meet your exact specifications.
Either directly or indirectly, nearly everyone depends on machined goods in one way or another. Without machining, few of the goods and services that we have come to expect in our daily lives would be available. This is especially true when it comes to travel – we could not fly or drive without the parts machined for the automotive and aerospace industries. Nearly every aspect of a car or plane’s functionality is dependent on machined components.
Precision machining is responsible for producing a multitude of intricate components that we use on a day-to-day basis; each piece requires the skill of a detail-oriented, highly trained machinist. Therefore, choosing the precision machining company that best suits your company’s needs is not a decision to take lightly. No matter your industry – from aerospace to medicine to energy – choosing a reliable company to meet your precision machining needs is imperative.
Being one of the leading manufacturers of aerospace components is about dedication and hard work. Simply stated, understanding that you play an integral and key role in the construct of such a dynamic industry is valuable in the sense that you must be fully aware and understand that there’s very little room for error and that precision, which is key to how we at Aztalan Engineering operate, is pertinent to the functioning of other industries that are dependent upon your capabilities. We set the standard high with the services we provide to our customers.
Getting right down to it, in order for anything to be operative and functioning, maintenance and care must be managed. When it comes to those same components and assemblies that offer construct for industries, being operative and functioning is standard, and efficiency and high quality is always the goal. Thus, providing certified cleaning options is a necessity. At Aztalan Engineering, we are glad to offer ultrasonic cleaning as one of our specialties for industry and business solutions.
Precision machined parts can be costly, but it doesn’t have to be, if you think outside the box. Taking the time to make clear drawings and design templates for the manufacturing company you choose to do the machine work for, can make all the difference. Additionally, choosing a manufacturing company that has extensive experience in the creation and assembly of precision machined parts will definitely help stay within your company’s budget.
Moreover, if you are not completely sure as to the kind of precision machined parts your project needs, speaking with experienced designers, machinists or knowledge management team members, like the ones at Aztalan Engineering, Inc., can help guide you to the right direction.
Drawing and Design
When designing a precision machined part, there are some elements you should consider. For example, creating shapes that are simple and small or that don’t waste material can help keep the overall project cost down. Think about the following factors:
- Eliminate the need for sharp inside and outside corners, or if you cannot eliminate them, increase the radius of inside and outside corners.
- For 3D parts, reduce the number of different hole diameters, or instead of using 3D parts, use 2D parts made from sheet material, which you can bolt or bend together to make 3D shapes.
- Avoid fine details in shapes such as long protrusions, thin shapes, shapes with lots of material removed, etc.
- Avoid the need for complex work-holding, as shapes with complex outer shapes are the most time consuming to setup for holding.
Precision Machined Parts Materials
There are several other ways to reduce the cost of your parts, including checking the pricing on different materials. For instance, it may help your company’s bottom-line to know that at times, harder materials tend be more expensive to use in manufacturing. Therefore, if you use a softer material such as aluminum, you can reduce the cost of the final product significantly.
Make sure to talk about your options with one of Aztalan Engineering’s experts during your design phase in order to work with the most cost-effective solutions for your product, rather than going back and trying to change everything later.
As we know, the manufacturing of all classes of medical devices takes a significant amount of stringent effort, quality control, expertise, and care. That’s why at Aztalan Engineering, we spend the majority of our time making sure that you receive the exact medical device components and accessories that you need for your medical device; quality and all.
Medical Device Components
The manufacturing of medical device components and accessories is heavily regulated by the FDA. This means there are set standards that all manufacturing companies must strictly follow in creating any medical device components and parts.
Through a classification system, the FDA determines the kind of manufacturing, labeling and packing that a medical device must have in order to be deemed acceptable or safe enough for use. These classifications also apply to medical device components and/or medical device accessories. There are 3 FDA regulatory classifications of medical devices: Class I, Class II and Class III.
You may be asking the question: What do these classifications of medical devices have to do with choosing a medical device component manufacturing company? The answer is simple: everything. Choosing a manufacturing company that fully understands and stays up-to-date on these classifications and their impact on the quality of their medical devices is of the utmost importance.
At Aztalan Engineering, we know that Class I Medical Devices have the least regulatory control due to the fact that these devices generally have a history of safe use. Moreover, what this classification means for your potential medical device component is that its design and manufacturing need to be more simplistic, in accordance with good manufacturing practices.
With Class II (general control plus special control) and Class III (general and special control plus premarket notification) medical devices and their components, there are more detailed instructions or regulatory controls that must be abided by during the manufacturing process. Thanks to our extensive experience, we can guarantee to manufacture products that comply with regulations and have the highest quality in the market.