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  SCA3551

  Customized electronics enclosure made with 3D printing processes, processing of PVC milled from sheet and with a digitally printed polyester overlay. An innovative solution that combines precision, functionality and design. Our implementation processes:

  • Finalising the customer’s project.
  • Production of the front panel, machined from PVC sheet, with inserts and studs for fixing the electronic boards.
  • Embossed polyester membrane, with graphics made by digital printing process.
  • 3D printed shell, in rough finish and blackened by impregnation (basic aesthetic treatment, economical, alternative to painting, but extremely functional)

  Tips & Tricks To facilitate use and installation, we have inserted magnets into the 3D shell. This solution allows the tool to be easily attached to the metal housing of the machine, improving practicality and handling. This type of solution is ideal for batches from 25-50-100 pieces/lot. Why?

  • Because with machining entirely from solid material, some shaped details would be difficult to achieve.
  • Because machining entirely from solid would lead to significant material waste due to chip removal in CNC milling.
  • Because the alternative of mould production would require significant investment in equipment, with recommended batches starting from 500 pieces per lot. Despite a lower unit cost, it’s essential to consider the amortization of non-recurring costs, taking into account production estimates and the continuity of reordering over time.

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  TMP3005

  Customized Aluminum Grip with Support for Cobot Handling and Programming This assembly consists of an aluminum bracket created through CNC milling from a sheet. It has been finished with bead blasting and protective transparent coating. The 3D-printed parts are not painted but treated with black dye and mechanical smoothing. To complete the 3D assembly, threaded inserts, nuts, and buttons have been integrated. Here's what we did to create this product

  • Design and Engineering
  • 3D Printing Production
  • Dye impregnation in black color + Mechanical Smoothing
  • Integration of threaded inserts, nuts, and buttons
  • CNC milling of the aluminum bracket

  PLEASE NOTE: The example describes our design and creation of a functional assembly for internal use in our processes.

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  3DP1070

  Custom electronic enclosure made from Nylon PA12 using Multi Jet Fusion 3D printing technology by HP. The ergonomic design of the object has been carefully crafted to ensure comfort and functionality during use. What we did for this product:

  • Design and engineering
  • 3D production in Nylon PA12
  • Liquid painting in matte anthracite shade
  • 3D-printed arch and clip with impregnated black dye and mechanical smoothing
  • Integration of a polyester overlay with digitally printed graphics

  This type of solution is recommended for highly refined aesthetic and functional requirements, with production quantities typically ranging from 25 - 50 to 100 pieces per batch.

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  CMP0068

  Customized 3D Printed part with Impregnation  This 3D printed support structure, created using HP's Multi Jet Fusion technology with Nylon PA12, has been finished with impregnation dye in black, along with mechanical smoothing. The impregnation dye process maintains the raw state of the 3D object while enhancing its aesthetics. Size: 152 x 103 x 50

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  3DP1045-3D

  Customized 3D printed handpieces pair made in PA12 material. (Handpieces for aesthetics) Product composed of:

  • Pair of Nylon PA12 handpieces, painted with a semi-matt finish and a logo print on each handpiece. (With alcohol-resistant and sanitizing protective coating)
  • Thermoformed membrane switch in polyester, on electronic circuit board. Push buttons with tactile metal dome technology.

  The ergonomic design of the object has been carefully studied to guarantee a comfortable and functional handle. Step by step explanation of what we did to make this product:

  • planning and design
  • 3D printing production in Nylon PA12
  • finishing by liquid conductive coating, silkscreen printing and digital printing
  • implementation of push buttons with thermoformed membrane switch
  • assembly on wiring supplied by the customer

  Suitable solution for extremely accurate aesthetic needs, with recommended average batches of 25-50 pieces.

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  TMP3396-3D

  3D printed mechanical parts Made using HP Multi Jet Fusion technology in PA12 Nylon. The raw finish of this particular is a technical finish, slightly rough and gray, ideal for objects without particular aesthetic purposes. MCS processes involved in the realization of the product:

  • Constructive proposal and design
  • 3D printing

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  TMP3384-3D

  3D printed mechanical parts. Made with HP Multi Jet Fusion 3D printer in Nylon PA12. It has a slightly rough gray finish for objects without particular aesthetic purposes but with technical purposes. Threaded brass bushings have been inserted into the details. MCS processes involved in the realization of the product:

  • Costructive proposal and design
  • 3D printing

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  TMP3352-3D

  Customized 3d printed parts Made of Nylon PA12 in raw finish with MJF (Multi Jet Fusion) technology. The rough finish is ideal for objects without particular aesthetic purposes, it is a technical finish, slightly rough and gray. Threaded brass bushings have been inserted into the parts made. MCS processes involved in the realization of the product:

  • Constructive proposal and design
  • 3D printing

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  SCA3352-3D

  Customized 3D printed parts for supporting electronic PCB boards inside a standard electronic enclosure. Made of Nylon PA12 in raw finish with MJF (Multi Jet Fusion) technology. The rough finish is ideal for objects without specific aesthetic purposes, it is a technical finish, slightly rough and light gray. The part fits into place by sliding through the vertical guides present in the electronic enclosure. MCS processes involved in product manufacturing:

  • Proposal and design based on customer electronics
  • Cnc machining of the standard plastic enclosures with machining on 2 sides
  • 3D printing of the plastic part

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  SCA3237-3D

  Customized IP67 electronics enclosure in 3D printing. Composed of 2 half-shells in Nylon PA12 with inserts in milled plastic material for transparent visual of the LEDs placed in the internal electronics. An EPDM gasket has been applied between the 2 half-shells to ensure complete impermeability of the product and reliability for outdoor use. The enclosure is finished with conductive coating in semi-matt tone and fine embossing. Recommended for highly customized aesthetic needs, with recommended average batches of 25 to 200 pieces. Planning, design and production entirely realized in MCS. Size: 175x82xH36mm

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  TMP2896-3D

  Customized 3D printed part for immersion valve. Made of Nylon PA12 with 3D printing process, with rough surface finish. The mechanical characteristics are also ideal for definitive and suitable use with those of an object obtained with milling technology from solid or plastic injection moulding. Size: Dia 36mm x H27mm

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  TMP2754-3D

  Customized 3D printed part for an electronic circuit board. The component is developed in 3 parts, with an interlocking element for inserting the electronic circuit board. The M48x1.5 threads were obtained directly in the 3D printing process. Overall size of the assembled unit: about 60x60x70mm

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  SCA3144-3D

  Customized enclosure for 3D printed electronics composed of:

  • 3D printed shell in PA12, coated with semi matt-finish and fine embossed
  • Base and rear in aluminium machined from solid in CNC milling, finished with shot blasting and transparent protective coating
  • Milled PVC element + polyester membrane (transparencies for led)

  The product design expresses the maximum potential obtainable with the new additive manufacturing technologies. Solution indicated for extremely accurate aesthetic needs, with recommended average batches of 25-50 pieces. Overall size: 70x70xH90mm

  Leggi l’articolo con la case history di questo prodotto

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  SCA3141-3D

  Customized electronics enclosure in PA12 material made with Multi Jet Fusion 3D printing (medical handpiece) Composed of:

  • Handle and cover in PA12, coated with a semi-matt finish and fine embossing
  • POM base machined from solid in cnc milling
  • AISI316 stainless steel turned discs

  The design of the product expresses the maximum potential obtainable with new additive manufacturing technologies. Suitable solution indicated for extremely refined aesthetic needs, with recommended average lots of 25-50-100 pieces. Overall size: 140x80xH100mm

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  SCA3132-3D

  Customized electronics enclosure for medical handpiece in PA12 material made with Multi Jet Fusion 3D printing. Composed of:

  • Handle and cover in PA12, coated with a semi-matt finish and fine embossing
  • POM base machined from solid in cnc milling
  • Opaline PMMA element for light feedback diffusion
  • Internal flexible circuit with red & blue smd leds
  • AISI316 stainless steel turned discs

  The design of the product expresses the maximum potential obtainable with new additive manufacturing technologies. Solution indicated for extremely accurate aesthetic needs, with recommended average batches of 25-50 pieces. Overall size: 200x120xH120mm

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  PAN3090-3D

  Customized part in PA12 material made with Multi Jet Fusion 3D printing. (handpiece holder support). Finished with 7Gloss fine matt texture and with non-slip sponge inserts. Design and production entirely by MCS. This technology allows you to obtain parts with articulated lines, which are difficult to achieve with standard CNC milling processes from solid. Recommended process for extremely accurate aesthetic needs, with average batches of 25-50-100 pieces. Single part size: 60x50xH25mm

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  TMP1897-3D

  Customized part in PA12 material made with Multi Jet Fusion 3D printing. (handpiece holder support). Finished with 7Gloss matt fine texture. Design and production entirely by MCS. Recommended process for extremely accurate aesthetic needs, with average batches of 25-50-100 pieces. Single part size: 60x50xH25mm

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  3DP1001-3D

  Customized part in PA12 material made with Multi Jet Fusion 3D printing. (base feet for electronic equipment) In the lower part there are non-slip silicone rubber feet. Finished with 7Gloss fine matt texture. Design and production entirely by MCS. Recommended process for extremely accurate aesthetic needs, with recommended average batches of 25-50-100 pieces. Single part size: 190x70x25mm

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  TMP1893-3D

  3D printed customized electronics enclosure in PA12 material made with Multi Jet Fusion. Finished with black impregnation. Recommended process for extremely accurate aesthetic needs, with average batches of 25-50-100 pieces. Size: ~210x53mm

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  TMP1797-3D

  Customized electronics enclosure in PA12 material made with Multi Jet Fusion 3D printing. Finished with 7Gloss fine matt texture. Recommended process for extremely accurate aesthetic needs, with average batches of 25-50-100 pieces. In addition to the production, MCS has carried out the entire development of the enclosure.

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  CMP0029-3D

  3D printed electronics enclosure in Nylon PA12 made in Multi Jet Fusion technology. Finished with matt black liquid conductive coating. At the base there is an articulated element with a threaded ring nut for adjusting the inclination. On the front there is a polyester graphic overlay made with digital printing. MCS supervised and carried out the entire development of the enclosure, starting from the analysis of the dimensions of the electronics, the components and the area of application of the object. The design of the product and in the mechanical functions of the jointed base express the maximum potential obtainable with additive manufacturing technologies. Recommended process for extremely accurate aesthetic needs, with average batches of 25-50-100 pieces. Approximately size: 180x55xH100mm

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  SCA3096-3D

  3D printed display frame in PA12 made in Multi Jet Fusion. The model replicates an already existing product but previously made by plastic injection molding, a technology not suitable for small batches. The update of the components also required the revision of the shape and visual area of the display. The internal elements for fixing the new electronic board have also been modified and updated, interventions which would have required the construction of a new mold with considerable economic investments. The frame was then finished with a textured matt black finish. Recommended manufacturing method for accurate aesthetic needs similar to objects obtained from the mould, with recommended average lots of 25-50-100 pieces.   Overall size: 235x150x30mm

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  SCA2990-3D

  3D printed customized electronics enclosure in PA12 material made with Multi Jet Fusion. Composed of:

  • 2 half-shells in PA12, coated in metallic silver fine textured finish.
  • Multi-color digitally printed upper shell
  • With digitally printed PMMA elements (joystick fixing screw covers)

  MCS has designed the entire development of the enclosure, starting from the analysis of the overall sizes of the electronics, the components and the application area of the object. Recommended process for extremely accurate aesthetic needs, with average batches of 25-50-100 pieces.   Overall size: 142x110x34mm

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