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Precision part

Precision part

The designers of this eyeglasses frame used Pronto’s services to produce prototypes for the various validations essential to the development of their new product. MJP rapid prototyping technology made it possible to meet the high level of precision that the assembly details of such an object require, quickly and inexpensively.

Intricate part

Intricate part

SLA technology allows us to build ever larger parts while offering a high level of accuracy. This body structure demonstrates Pronto’s capability to produce complex components of large dimensions.

Rounded surfaces

Rounded surfaces

SLA rapid prototyping technology made it possible to materialize the concept of this helmet and present it to the customer within a few days. Holding the object, touching it, testing the assemblies and validating the concept remains not only a useful experience, but often an exhilarating one. SLA technology now has an increased resolution level that provides excellent surface treatment.

Rigid and soft urethanes

Rigid and soft urethanes

The development team used Pronto’s services throughout the design process. Rapid prototyping was initially useful for concept study and for multiple validations: ergonomics, size and assembly. The second phase, using low pressure urethane casting prototyping, allowed for the assembly of functional units representing the sturdiness of the different materials subsequently used in production. These prototypes were used for technical certifications of the product. The marketing and sales departments were also able to use them to market the product even before production parts were available.

Large dimension part

Large dimension part

As part of the marketing of a new bin, this North American leader in the field of injection molded plastic products called on Pronto to cast demonstration prototypes that allowed it to confirm sales even before the final production tooling was operational. This prototype, cast in urethane measuring 20'' x 24'' x 38'' tall, demonstrates Pronto’s ability for molding very large quality parts.

Clear urethane

Clear urethane

These traffic light lenses demonstrate the ability of Pronto for molding functional parts made of clear urethane without the presence of bubbles or flow marks. Mold precision even allows the recreation of the prism effects desired by the designers.

Urethane foam

Urethane foam

The float on this pool light demonstrates the possibility of casting functional pieces with flexible urethane foam. This prototype enabled the manufacturer to validate the buoyancy and the sealing of the product, as well as to take photos in a pool even before production tooling was ready.

Intricate moldings

Intricate moldings

The production of these air ducts with complex shapes demonstrates mastery of urethane casting at Pronto. Each was molded in multiple copies without having to destroy the internal part of the mold during demolding. Overmolding of metal mechanical fasteners to secure the ducts is possible, and the heat resistance of the resin used even allows for road tests.

Overmolding

Overmolding

Many manufacturers make use of Pronto’s services for overmolding flexible connectors with urethane casting. The functional and aesthetic connection is of the highest quality. In addition, our services can match supply to production.

Opaque urethane

Opaque urethane

Development of this trendy watering can called on most of the services offered by Pronto. First, rapid prototyping was used through a combination of SLA and MJM processes for the initial validation of the concept. The second generation of prototypes used low pressure urethane casting with the actual colors planned for market introduction. Fully functional, these prototypes were used for presenting the product to the designer's potential collaborators.

Marketing

Marketing

Beyond the rapid prototyping that allowed dimensional validation of the various components of this wine cooler, Pronto also conducted a pilot production of the product using low pressure urethane casting. These functional prototypes contributed to final validation and commercialization by demonstrating the qualities of the product before production tooling was completed.

Impact tests

Impact tests

This manufacturer of military eye protection solutions used Pronto’s prototypes for mechanical validation. During the advanced validation stage, the functional prototypes were used to perform stringent impact resistance testing on assemblies and components and to validate the sturdiness of flexible parts. Samples were distributed to the design, production, sales and marketing departments to introduce the product to market.

Scale model

Scale model

Pronto has produced several scale models of above-ground pool steps as part of different design projects. 3D printing was first used to validate product design during the course of development. Then, the precision of each detail, even at this reduced scale, made it possible to cast a series of scale models for use as marketing tools.

Full-size model

Full-size model

Architectural model

Architectural model

The architects who designed this building for a forestry company chose Pronto to create a scale model. Built the conventional way entirely of wood, it not only represents the building, but also the mission of the company.

MJP model

MJP model

This architectural model was designed by Pronto to demonstrate the benefits of MJP technology for this type of work. From 3D files, this technology can recreate not only the exterior envelope of the building, but also all of its interior elements: walls, doors, staircases and even furniture.

Visual model

Visual model

Despite being non-functional, this model perfectly represents the final product that will subsequently be marketed. All visual elements are displayed so that sales and marketing people have in hand an effective tool for trade fairs or focus groups.

100 sets produced

100 sets produced

Low pressure urethane molding of a hundred sets of parts for a new seat allowed the manufacturer to perform the multiple validations required in R & D. In addition, marketing and sales teams were able to quickly get enough seats to equip a coach before production tooling became operational, thus accelerating time to market.

Continuous production

Continuous production

A private biotechnology company in British Columbia that develops cell separation products for research in life sciences relied on Pronto to cast clear urethane covers that its usual supplier could not manufacture in short series. Close collaboration helped solve molding problems and optimize part design.

Continuous production

Continuous production

The manufacturer of this scanner turned to Pronto for the prototyping and production of
casing components. This includes casting soft and rigid urethane parts.

70 sets produced

70 sets produced

Pronto is proud to have participated in the development of the first Spyder. Seventy sets of 18 parts were produced and assembled on functional vehicles for road tests even before production tooling was available.

15 sets produced

15 sets produced

BRP has used Pronto’s services for several years to produce high quality prototypes. These help its design and engineering teams validate various aspects of the products in the course of their development and production planning.

This collaboration reached a new high with the Can-Am Defender. As soon as the preliminary 3D surface files of the different body and dash parts were available, BRP and Pronto prepared a strategy to meet deadline and budget. Pronto then put its expertise to work developing a new mold technology to produce thin parts of large dimensions incorporating all the assembly details.

Pronto’s involvement has helped BRP develop an efficient assembly sequence on the production line prior to the actual manufacturing of the vehicles, reducing "time to market" and related losses.

Continuous production

Continuous production

Urethane casting of the headlight and taillight bezels and grille of this vehicle is perfectly adapted to the production rate and design of the parts. The desired level of finish for this spectacular machine requires accurate castings and flawless surfaces. Pronto offers a relevant alternative to injection molding when mass production isn't an option. The production methods and resins available open new horizons in product development.

Continuous production

Continuous production

The manufacturer of this handheld scanner relied on Pronto for prototyping and production of the casing components. This not only includes casting urethane parts, but also applying an EMI protective coating, applying glossy and matte finishes, creating textures and screen printing.

Visual model

Visual model

The designers of this tool needed a perfect visual model to present their work and take pictures that could be used for marketing. Although this model is machined from a single material, the textures and colors applied imitate the materials that are now used in production.

Continuous production

Continuous production

The housing of this scanner is produced in Asia, but painting in short production runs is done at Pronto. Our team first examines the surfaces and corrects defects. The next step is abrading and cleaning, followed by the application of a basecoat and topcoat. Pronto is renowned for its quality painting of complex parts made in short series.

Sculpture

Sculpture

Jean-François Côté designed this work, which is now suspended from the ceiling in the main hall of the Jonquière library and acts as a chandelier of monumental proportions. The artist used Pronto to transfer his concept to a real object. From the 3D files, Pronto printed parts, manufactured the molds and cast 24 geese in lightweight urethane foam. Each bird was then assembled, polished and coated with a high-gloss metallic paint that reflects the architectural environment. The integrated lighting system at the center of the sculpture casts the shadows of geese at varying speeds to give the impression that they are flying through the library.

Bases for video lottery terminals

Bases for video lottery terminals

Casiloc, a subsidiary of Loto-Québec, relied on the production management services offered by Pronto for the production of bases for video lottery terminals. Pronto’s multidisciplinary team closely collaborated with design and engineering by suggesting innovative solutions to optimize the development and production of the bases. Beyond supporting the R&D team at Casiloc, the project consisted in managing, producing and delivering 15,000 bases over a period of 18 months. These bases involved different manufacturing processes: compression molding, injection and extrusion, steel bending, etc. Pronto was responsible for planning, managing and supplying all components and tooling necessary for this project. A production, assembly, quality control and packaging line was created specifically for this purpose. Every step, from production to daily delivery of the bases, was managed by Pronto.

Bases for gaming machines

Bases for gaming machines

Casiloc, a subsidiary of Loto-Québec once again turned to Pronto's production management services to produce gaming machine bases for Quebec casinos. This time, the objective was to manage, produce and deliver more than 5,000 bases. Pronto was responsible for the planning, management and global sourcing of components and tools needed for the project. The manufacturing processes used were mainly panel machining, plastic rotational molding and steel bending. Assembly, quality control and packaging stations were created specifically for this project.

NFB

NFB

The National Film Board of Canada relied on Pronto for production management of the furniture for its film library screening system in Toronto. The mandate was to manage, manufacture and deliver the equipment. Pronto was responsible for the planning, management and global sourcing of components and tools needed for the project. The manufacturing processes used were mainly machining, plastic thermoforming and seat padding.

Precision part

Precision part

The designers of this eyeglasses frame used Pronto’s services to produce prototypes for the various validations essential to the development of their new product. MJP rapid prototyping technology made it possible to meet the high level of precision that the assembly details of such an object require, quickly and inexpensively.

Intricate part

Intricate part

SLA technology allows us to build ever larger parts while offering a high level of accuracy. This body structure demonstrates Pronto’s capability to produce complex components of large dimensions.

Rounded surfaces

Rounded surfaces

SLA rapid prototyping technology made it possible to materialize the concept of this helmet and present it to the customer within a few days. Holding the object, touching it, testing the assemblies and validating the concept remains not only a useful experience, but often an exhilarating one. SLA technology now has an increased resolution level that provides excellent surface treatment.

Rigid and soft urethanes

Rigid and soft urethanes

The development team used Pronto’s services throughout the design process. Rapid prototyping was initially useful for concept study and for multiple validations: ergonomics, size and assembly. The second phase, using low pressure urethane casting prototyping, allowed for the assembly of functional units representing the sturdiness of the different materials subsequently used in production. These prototypes were used for technical certifications of the product. The marketing and sales departments were also able to use them to market the product even before production parts were available.

Large dimension part

Large dimension part

As part of the marketing of a new bin, this North American leader in the field of injection molded plastic products called on Pronto to cast demonstration prototypes that allowed it to confirm sales even before the final production tooling was operational. This prototype, cast in urethane measuring 20'' x 24'' x 38'' tall, demonstrates Pronto’s ability for molding very large quality parts.

Clear urethane

Clear urethane

These traffic light lenses demonstrate the ability of Pronto for molding functional parts made of clear urethane without the presence of bubbles or flow marks. Mold precision even allows the recreation of the prism effects desired by the designers.

Urethane foam

Urethane foam

The float on this pool light demonstrates the possibility of casting functional pieces with flexible urethane foam. This prototype enabled the manufacturer to validate the buoyancy and the sealing of the product, as well as to take photos in a pool even before production tooling was ready.

Intricate moldings

Intricate moldings

The production of these air ducts with complex shapes demonstrates mastery of urethane casting at Pronto. Each was molded in multiple copies without having to destroy the internal part of the mold during demolding. Overmolding of metal mechanical fasteners to secure the ducts is possible, and the heat resistance of the resin used even allows for road tests.

Overmolding

Overmolding

Many manufacturers make use of Pronto’s services for overmolding flexible connectors with urethane casting. The functional and aesthetic connection is of the highest quality. In addition, our services can match supply to production.

Opaque urethane

Opaque urethane

Development of this trendy watering can called on most of the services offered by Pronto. First, rapid prototyping was used through a combination of SLA and MJM processes for the initial validation of the concept. The second generation of prototypes used low pressure urethane casting with the actual colors planned for market introduction. Fully functional, these prototypes were used for presenting the product to the designer's potential collaborators.

Marketing

Marketing

Beyond the rapid prototyping that allowed dimensional validation of the various components of this wine cooler, Pronto also conducted a pilot production of the product using low pressure urethane casting. These functional prototypes contributed to final validation and commercialization by demonstrating the qualities of the product before production tooling was completed.

Impact tests

Impact tests

This manufacturer of military eye protection solutions used Pronto’s prototypes for mechanical validation. During the advanced validation stage, the functional prototypes were used to perform stringent impact resistance testing on assemblies and components and to validate the sturdiness of flexible parts. Samples were distributed to the design, production, sales and marketing departments to introduce the product to market.

Scale model

Scale model

Pronto has produced several scale models of above-ground pool steps as part of different design projects. 3D printing was first used to validate product design during the course of development. Then, the precision of each detail, even at this reduced scale, made it possible to cast a series of scale models for use as marketing tools.

Full-size model

Full-size model

Architectural model

Architectural model

The architects who designed this building for a forestry company chose Pronto to create a scale model. Built the conventional way entirely of wood, it not only represents the building, but also the mission of the company.

MJP model

MJP model

This architectural model was designed by Pronto to demonstrate the benefits of MJP technology for this type of work. From 3D files, this technology can recreate not only the exterior envelope of the building, but also all of its interior elements: walls, doors, staircases and even furniture.

Visual model

Visual model

Despite being non-functional, this model perfectly represents the final product that will subsequently be marketed. All visual elements are displayed so that sales and marketing people have in hand an effective tool for trade fairs or focus groups.

100 sets produced

100 sets produced

Low pressure urethane molding of a hundred sets of parts for a new seat allowed the manufacturer to perform the multiple validations required in R & D. In addition, marketing and sales teams were able to quickly get enough seats to equip a coach before production tooling became operational, thus accelerating time to market.

Continuous production

Continuous production

The manufacturer of this scanner turned to Pronto for the prototyping and production of
casing components. This includes casting soft and rigid urethane parts.

70 sets produced

70 sets produced

Pronto is proud to have participated in the development of the first Spyder. Seventy sets of 18 parts were produced and assembled on functional vehicles for road tests even before production tooling was available.

15 sets produced

15 sets produced

BRP has used Pronto’s services for several years to produce high quality prototypes. These help its design and engineering teams validate various aspects of the products in the course of their development and production planning.

This collaboration reached a new high with the Can-Am Defender. As soon as the preliminary 3D surface files of the different body and dash parts were available, BRP and Pronto prepared a strategy to meet deadline and budget. Pronto then put its expertise to work developing a new mold technology to produce thin parts of large dimensions incorporating all the assembly details.

Pronto’s involvement has helped BRP develop an efficient assembly sequence on the production line prior to the actual manufacturing of the vehicles, reducing "time to market" and related losses.

Continuous production

Continuous production

Urethane casting of the headlight and taillight bezels and grille of this vehicle is perfectly adapted to the production rate and design of the parts. The desired level of finish for this spectacular machine requires accurate castings and flawless surfaces. Pronto offers a relevant alternative to injection molding when mass production isn't an option. The production methods and resins available open new horizons in product development.

Continuous production

Continuous production

The manufacturer of this handheld scanner relied on Pronto for prototyping and production of the casing components. This not only includes casting urethane parts, but also applying an EMI protective coating, applying glossy and matte finishes, creating textures and screen printing.

Visual model

Visual model

The designers of this tool needed a perfect visual model to present their work and take pictures that could be used for marketing. Although this model is machined from a single material, the textures and colors applied imitate the materials that are now used in production.

Continuous production

Continuous production

The housing of this scanner is produced in Asia, but painting in short production runs is done at Pronto. Our team first examines the surfaces and corrects defects. The next step is abrading and cleaning, followed by the application of a basecoat and topcoat. Pronto is renowned for its quality painting of complex parts made in short series.

Sculpture

Sculpture

Jean-François Côté designed this work, which is now suspended from the ceiling in the main hall of the Jonquière library and acts as a chandelier of monumental proportions. The artist used Pronto to transfer his concept to a real object. From the 3D files, Pronto printed parts, manufactured the molds and cast 24 geese in lightweight urethane foam. Each bird was then assembled, polished and coated with a high-gloss metallic paint that reflects the architectural environment. The integrated lighting system at the center of the sculpture casts the shadows of geese at varying speeds to give the impression that they are flying through the library.

Bases for video lottery terminals

Bases for video lottery terminals

Casiloc, a subsidiary of Loto-Québec, relied on the production management services offered by Pronto for the production of bases for video lottery terminals. Pronto’s multidisciplinary team closely collaborated with design and engineering by suggesting innovative solutions to optimize the development and production of the bases. Beyond supporting the R&D team at Casiloc, the project consisted in managing, producing and delivering 15,000 bases over a period of 18 months. These bases involved different manufacturing processes: compression molding, injection and extrusion, steel bending, etc. Pronto was responsible for planning, managing and supplying all components and tooling necessary for this project. A production, assembly, quality control and packaging line was created specifically for this purpose. Every step, from production to daily delivery of the bases, was managed by Pronto.

Bases for gaming machines

Bases for gaming machines

Casiloc, a subsidiary of Loto-Québec once again turned to Pronto's production management services to produce gaming machine bases for Quebec casinos. This time, the objective was to manage, produce and deliver more than 5,000 bases. Pronto was responsible for the planning, management and global sourcing of components and tools needed for the project. The manufacturing processes used were mainly panel machining, plastic rotational molding and steel bending. Assembly, quality control and packaging stations were created specifically for this project.

NFB

NFB

The National Film Board of Canada relied on Pronto for production management of the furniture for its film library screening system in Toronto. The mandate was to manage, manufacture and deliver the equipment. Pronto was responsible for the planning, management and global sourcing of components and tools needed for the project. The manufacturing processes used were mainly machining, plastic thermoforming and seat padding.

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Pronto Prototypes