Rapid Prototyping Services

Posts Tagged ‘system’

Description
Micro-Cut Corporation uses rapid prototyping (RP) for advanced medical applications. Visit Baxter Health Care Technology Park, the original Beta testing site for stereolithography. At Laserform, actual test parts are made from molds produced from RP parts. At DTM Corp., the Selective Laser Sintering system uses powder materials to produce a wide variety of prototype parts. At Metro Plastics, a Quandrax system is used to make an extensive range of parts to produce initial molds for tryout of injection molding dies. At Chrysler’s Jeep and Truck Engineering Center, two RP machines meet the increasing demand for automotive prototypes. Also see a comparison of the different RP systems at Ford Motor

Rapid Prototyping for DFM

Description
Micro-Cut Corporation uses rapid prototyping (RP) for advanced medical applications. Visit Baxter Health Care Technology Park, the original Beta testing site for stereolithography. At Laserform, actual test parts are made from molds produced from RP parts. At DTM Corp., the Selective Laser Sintering system uses powder materials to produce a wide variety of prototype parts. At Metro Plastics, a Quandrax system is used to make an extensive range of parts to produce initial molds for tryout of injection molding dies. At Chrysler’s Jeep and Truck Engineering Center, two RP machines meet the increasing demand for automotive prototypes. Also see a comparison of the different RP systems at Ford Motor

Rapid Prototyping for DFM

Description
Micro-Cut Corporation uses rapid prototyping (RP) for advanced medical applications. Visit Baxter Health Care Technology Park, the original Beta testing site for stereolithography. At Laserform, actual test parts are made from molds produced from RP parts. At DTM Corp., the Selective Laser Sintering system uses powder materials to produce a wide variety of prototype parts. At Metro Plastics, a Quandrax system is used to make an extensive range of parts to produce initial molds for tryout of injection molding dies. At Chrysler’s Jeep and Truck Engineering Center, two RP machines meet the increasing demand for automotive prototypes. Also see a comparison of the different RP systems at Ford Motor

Rapid Prototyping for DFM

Description
Micro-Cut Corporation uses rapid prototyping (RP) for advanced medical applications. Visit Baxter Health Care Technology Park, the original Beta testing site for stereolithography. At Laserform, actual test parts are made from molds produced from RP parts. At DTM Corp., the Selective Laser Sintering system uses powder materials to produce a wide variety of prototype parts. At Metro Plastics, a Quandrax system is used to make an extensive range of parts to produce initial molds for tryout of injection molding dies. At Chrysler’s Jeep and Truck Engineering Center, two RP machines meet the increasing demand for automotive prototypes. Also see a comparison of the different RP systems at Ford Motor

Rapid Prototyping for DFM

Description
Micro-Cut Corporation uses rapid prototyping (RP) for advanced medical applications. Visit Baxter Health Care Technology Park, the original Beta testing site for stereolithography. At Laserform, actual test parts are made from molds produced from RP parts. At DTM Corp., the Selective Laser Sintering system uses powder materials to produce a wide variety of prototype parts. At Metro Plastics, a Quandrax system is used to make an extensive range of parts to produce initial molds for tryout of injection molding dies. At Chrysler’s Jeep and Truck Engineering Center, two RP machines meet the increasing demand for automotive prototypes. Also see a comparison of the different RP systems at Ford Motor

Rapid Prototyping for DFM

Description
Micro-Cut Corporation uses rapid prototyping (RP) for advanced medical applications. Visit Baxter Health Care Technology Park, the original Beta testing site for stereolithography. At Laserform, actual test parts are made from molds produced from RP parts. At DTM Corp., the Selective Laser Sintering system uses powder materials to produce a wide variety of prototype parts. At Metro Plastics, a Quandrax system is used to make an extensive range of parts to produce initial molds for tryout of injection molding dies. At Chrysler’s Jeep and Truck Engineering Center, two RP machines meet the increasing demand for automotive prototypes. Also see a comparison of the different RP systems at Ford Motor

Rapid Prototyping for DFM

• 12 devices with prototyping functions integrate with 3.3v microcontrollers
• ANSI C programing modules included for all IC devices
• Real Time Clock, triple axis accelerometer, temperature sensor, graphs module, stereo sytem
• SD card, external Flash, navigation switch, user LEDs, user SMD prototyping area
• micro SD card, connector to DemoQE and additonal SMD devices included

Product Description
The RPS FM1 is a hardware and software system that can be used to build structured applications using the 12 hardware modules and software as building blocks. Application programming interfaces (API’s) are provided in C for all hardware modules. These modules allow an engineer to quickly prototype a proof of concept application using known working software and hardware.The FM1.3 system differs from the FM1.1 system with the addition of the SMD option pack that has additional resistor, capacitor components plus a cable that can connect to the DemoQE board or legacy system. A micro SD card and USB reader is also included.

RPS – FM1.3, Rapid Prototyping System – Function Module 1

Description
Micro-Cut Corporation uses rapid prototyping (RP) for advanced medical applications. Visit Baxter Health Care Technology Park, the original Beta testing site for stereolithography. At Laserform, actual test parts are made from molds produced from RP parts. At DTM Corp., the Selective Laser Sintering system uses powder materials to produce a wide variety of prototype parts. At Metro Plastics, a Quandrax system is used to make an extensive range of parts to produce initial molds for tryout of injection molding dies. At Chrysler’s Jeep and Truck Engineering Center, two RP machines meet the increasing demand for automotive prototypes. Also see a comparison of the different RP systems at Ford Motor

Rapid Prototyping for DFM

Description
Micro-Cut Corporation uses rapid prototyping (RP) for advanced medical applications. Visit Baxter Health Care Technology Park, the original Beta testing site for stereolithography. At Laserform, actual test parts are made from molds produced from RP parts. At DTM Corp., the Selective Laser Sintering system uses powder materials to produce a wide variety of prototype parts. At Metro Plastics, a Quandrax system is used to make an extensive range of parts to produce initial molds for tryout of injection molding dies. At Chrysler’s Jeep and Truck Engineering Center, two RP machines meet the increasing demand for automotive prototypes. Also see a comparison of the different RP systems at Ford Motor

Rapid Prototyping for DFM

• SMD and discrete areas for circuit design prototyping
• SMD templates – SOIC,SOT23,TSSOP, SSOP, SC70,QSOP,uMax
• (4) user LEDs, (2) dedicated power LEDs, bypass caps, pull-up resistors
• (36) discrete devices, for LEDs, capacitors or resistor for implementing user designs
• Through Hole Prototyping Templates

Product Description
The AM1 system allows an engineer to quickly prototype and test hardware software designs utilizing the FSL tower system, DemoQE and other microcontroller systems.The RPS Assembly Module 1 (AM1) module is used to prototype hardware designs using Surface Mount Device (SMD) and through hole components. Many different SMD landing patterns are provided for IC’s as well as landing patterns for discrete capacitors, resistors and other devices on the AM1. The kit contains pull-up resistors, bypass capacitors, jumpers, wire-wrap wire and shunts for quickly prototyping a schematic design or app-note verification.

RPS – AM1.0, Rapid Prototyping System – System Module 1