Our Custom 3D Printing Services

Breton Precision's 3D printing expertise is perfect for swift prototypes and complex functional components for extensive manufacturing. Our 3D printing facilities have experienced operators and cutting-edge additive manufacturing technologies, encompassing four top-notch printing methods: Selective Laser Sintering, Stereolithography, HP Multi Jet Fusion, and Selective Laser Melting. With Breton Precision, anticipate swift distribution of finely-crafted, accurate 3D printed prototypes and final-use components, fitting for both minor and extensive production necessities.

3D Printed Parts Produced by Breton Precision

Witness the accuracy and flexibility of 3D print products from Breton Precision, designed to enhance the potential of your project,

whether it's a single prototype or intricate production-level components.

2020/08/05

Custom 3D Printing Solutions

We provide top-notch 3D prints, customized to meet your project's precise quality and quantity requirements, whether it's a single prototype or a large number of production-grade parts, all delivered within a few days.

Concept Models

Select 3D printed molds to streamline the iterative procedure, allowing for quicker design adjustments and prototyping. This pioneering method markedly diminishes expenses and time, providing a more effective route from concept to production.

Rapid Prototypes

Utilize 3D printing for speedy creation of new model versions and numerous fully operable prototypes. This approach efficiently addresses obstacles in prototype construction, including time-saving and heightened design flexibility, resulting in more seamless project implementation.

On-Demand Production

This approach enables customers to 3D print requested items. We employ cutting-edge 3D printers capable of managing larger batch volumes and various materials other than polymers. Address inventory management and production scalability issues effectively.

3D Printing Mateirals

The assortment of materials we offer comprises options in plastic and metal, such as ABS, PA (Nylon), and both Aluminum and Stainless Steel, which are appropriate for a range of specialized 3D printing undertakings in industrial settings. If your material specifications are distinctive, you can easily select 'Other' on our page for configuring quotes. Rest assured that we are dedicated to procuring precisely what you require.

PA (Nylon)

Nylon offers exceptional strength, flexibility, and abrasion resistance, making it ideal for small quantities of prototypes and durable end-use products. Its durability and adaptability ensure high-quality, long-lasting printing.

Technology: MJF, SLS

Color: Original color, gray-black,

black painted

Types: HP Nylon

3D Printing Surface Roughness

Inspect the particulars of surface texture attainable through Breton Precision tailored 3D printing solutions. The chart under displays the comprehensive roughness measurements for each printing method, directing your selection for ideal part texture and accuracy.

Printing Type Material	Post-Printing Roughness	Post-Processing Technology	Roughness After Processing
SLA Photopolymer Resin	Ra6.3	Polishing, plating	Ra3.2
MJF Nylon	Ra6.3	Polishing, plating	Ra3.2
SLS White Nylon, Black Nylon, Glass-filled Nylon	Ra6.3-Ra12.5	Polishing, plating	Ra6.3
SLM Aluminum Alloy	Ra6.3-Ra12.5	Polishing, plating	Ra6.3
SL Stainless Steel	Ra6.3-Ra12.5	Polishing, plating	Ra6.3
Please note that following postproduction, certain materials may obtain a surface texture ranging from Ra1.6 to Ra3.2. The actual result is contingent upon the customer's demands and the specific conditions in question.

Breton Precision 3D Printing Capabilities

We offer a thorough review of the distinct standards for each 3D printing method, supporting well-informed choices for your printing requirements.

	Min. Wall Thickness	Layer Height	Max. Build Size	Dimension Tolerance	Standard Lead Time
SLA	0.6 mm for unsupported walls, 0.4 mm for supported wall on both sides	25 µm to 100 µm	1400x700x500 mm	±0.2mm (For >100mm, apply 0.15%)	4 business days
MJF	At least 1mm thick; avoid overly thick walls	Around 80µm	264x343x348 mm	±0.2mm (For >100mm, apply 0.25%)	5 businees days
SLS	From 0.7mm (PA 12) to 2.0mm (carbon-filled polyamide)	100–120 microns	380x280x380 mm	± 0.3 mm (For >100mm, apply 0.35%)	6 businees days
SLM	0.8 mm	30 – 50 μm	5x5x5mm	±0.2mm (For >100mm, apply 0.25%)	6 businees days

General Tolerances for 3D Printing

Local 3D print shops adhere to the GB 1804-2000 standard for linear dimensions that lack specified tolerances and inspect with a coarse accuracy level (Class C).

For shape and location dimensions without specified tolerance, we adhere to the GB 1804-2000 L standard for carrying out and examining. Please consult the table below:

Basic Size

Linear Dimensions

±0.2 to ±4 mm

Fillet Radius and Chamfer Height Dimensions

± 0.4 to ± 4 mm

Angular Dimensions

±1°30' to ±10'
Basic Length

Straightness and Flatness

0.1 to 1.6 mm

Verticality Tolerance

0.5 to 2 mm

The Degree of Symmetry

0.6 to 2 mm

Circular Runout Tolerance

0.5 mm

Our Custom 3D Printing Services

3D Printed Parts Produced by Breton Precision

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