Obtaining accurate cost estimates is vital for any project. At Protolis, we’ve streamlined our quotation process to provide competitive and transparent quotes quickly and efficiently.
We mainly work with STP, STEP, IGS, or X_T formats in zipped files. If you don’t have a drawing yet, we can refer you to a high-quality design office.
In order to provide you a quote promptly, give us as much information as possible, such as:
– The quantity, expected finishes, and material
– Selected production technology
– Additional requests if applicable, such as a specific standard
Let us know if you have any special requirements like Norms or Constraints (UL94-V0/ UV Resistance/ Food Grade), budget allocated, or an expected lead time.
On receipt of your files, our department offers you the best solution to suit your needs in 24-48 hours. The more information we have, the better we can understand your needs and respond to your project. But don’t worry if you are not able to give us all the information up front—we will advise you as we see fit.
Our pricing is determined by a combination of factors, including the selected production method, material, and turnaround time, among others.
In addition, we provide direct communication with the manufacturer through our own production facility, resulting in the best price for you. Our experts are here to assist you in optimizing your project based on your specific needs and requirements.
It’s crucial to prioritize simplicity and strike a balance between the mandatory requirements for your project and its intended use in order to minimize your expenses.
There are numerous design recommendations that are often specific to a particular technology. Want to know more? You can find technology-specific advice and insights in our ‘Manufacturing guides‘.
When quantities are low, it’s important to avoid tooling costs. For prototype metal or plastic parts, we recommend 3D printing and CNC machining whenever possible.
While material quality should not be compromised, it’s not always necessary to use the highest-spec material for a specific application. In fact, switching to a more machine-friendly or less expensive material might be the best option. Check the cost of materials and choose an equivalent that meets the necessary requirements.
To keep costs low, it’s best to avoid adding unnecessary text or logos to parts, and to carefully evaluate the need for surface finishing while aiming to keep the finish uniform across the entire part.
Tight tolerances are difficult to achieve and can increase machining time, adding manual inspection to the process. It’s important to choose dimensions with tight tolerances wisely. Our standard tolerance works well for many features. More information about our production methods can be found here.
Take advantage of placing bulk orders. Choose your technology according to the economy of scale you can achieve based on the quantity of parts you need for your project.
Placing bulk orders offers several advantages, including cost savings through reduced per-unit costs and lower shipping expenses.
Depending on the stage of your project, the approach may vary. If we are still in the technical discussion phase prior to production, any necessary modifications due to plan changes will be done free of charge, despite potential time losses. However, if production has already started, we will assess the impact of the change and provide you with the most cost-effective solution possible.
You can submit your project details and 3D files on our website, and we will provide you with a detailed quote based on your specifications.
Pricing is influenced by factors such as material choice, part complexity, required precision, and production volume. You can find more details above. For more information and advice, you can also read our manufacturing guide.
We believe in transparent pricing. All potential costs will be outlined in your quote, including any setup fees or shipping costs.
We may offer discounts for larger volume orders. Please contact us with your project details for more information.