• Haas VF-2SS – 5 Axis CNC Milling Machine
• Thunder Laser Nova35 100W Laser
• Adept Cobra 800 SCARA Robot
• Flexlink Conveyor System
• Universal Robots UR10e
• Stratasys 3D Printer
• Phenix Direct Metal Selective Laser Sintering 3D Printer
• Brown and Sharpe Gage 2000 CMM
• Faro Platinum Inspection Arm
• Arburg Allrounder 270c Injection Molder
• Arburg Allrounder 221k Injection Molder
• Formech 660 Vacuum Former
• Flow Mach2 Abrasive Water-Jet Cutter
• Sonitek S840 Ultrasonic Welder
• Sonitek TS500 Thermal Press
• Branson Ultrasonic Welder 2000 D
• Branson Ultrasonic Welder 2000 DT
• General Machining Equipment

• Thunder Laser Nova35 130w Laser Cutter
• Prusa i3 MK3S 3D Printers
• Prusa Mini 3D Printer
• Prusa XL 3D Printers
• Lulzbot TAZ
• Formlabs Form 3B Resin 3D Printer
  • Grey and Clear Resins
  • Tough 2000 Resin
  • Rigid 4000 Resin
  • Elastic 50A Resin
  • Flexible 80A Resin
  • High Temperature Resin
• Markforged Mark Two Fiber Composite 3D Printer
• Markforged Onyx Fiber Composite 3D Printer
• Roland BN-20A Vinyl Printer
• Electronics Workstation
• Brother SE1800 Sewing and Embroidery Machine
• Brother LX3817 Sewing Machine
• Smart Board
• 80” Interactive LCD Monitor and Innovation Collaboration Systems

• Haas TL 1 CNC Lathe
• Acer 3-Axis CNC Milling Machine
• Laguna Swift 4’x4’ CNC Router
• Thunder Mars90 100w laser Cutter
• Snap-on Sandblaster
• General Machining and Fabrication Equipment
• Metal and Plastic Forming and Shearing Equipment
• Steel and Plastic Welding Equipment

• Haas Mini Mill
• Haas SL 10
• Haas VF 2
• Haas VF2SS
• Haas ST10y
• Paint Booth
• General Machining and Fabrication Equipment
• Electronic Scopes and Meters

• Haas OM-2 CNC Milling Machine
• Mitutoyo CNC Coordinate Measurement Machine
• B-9 Creator Stereolithography Printer

• Fanuc LR Mate, with Vision, Robot Educational Training System
• HTC Vive Virtual Reality Headset
• Artec 3D Scanner
• MOVERIO BT-300 Smart Glasses Drone FPV Edition

3DPrinting Resources: Stratasys Dimension FDM Machine

Abrasive Water-Jet Cutting Resources: Flow Mach2 abrasive water-jet machine

Various simulation software is utilized by students in MILL classes to iteratively design products and manufacturing and assembly systems to make the products. Simulations are performed to prove the designs will work before they are physically created. Software utilized by students include:

Mastercam

The official computer aided machining (CAM) program for creating G-code for operating computer numerical controlled (CNC) machines in the JEC Student Machine Shop, Manufacturing Innovation Learning Lab (MILL), and Haas Tech Center is Mastercam. Instructions on downloading and installing Mastercam for RPI Students is found in the Manufacturing Knowledge Base located on this site.

Moldflow

The official mold simulation software used in the MILL is Moldflow. This software is used by students during design iterations to predict plastic injection mold part success before producing their product molds in the MILL.

Octopuz

The official robot simulation software used in the MILL is Octopuz. This software is used by students to simulate assembly setups before final programming.

Altair

The official metal-forming simulation software used in the MILL is Altair. This software is used by students during design iterations to predict the results of forming various types of metals with a die design. The information Altair provides is very useful to predict if a die will work for a design before making the final physical die.

Visual Knowledge Share (VKS)

The official digital standard operating procedure (SOP) software used in the MILL is VKS. This software is used by students to create digital SOPs with data collection capabilities during the production section of the MILL courses. Students analyze the data collected to track the quality of the products and overall process efficiency.

Siemens NX

The official CAD software used at RPI is NX. This software is used by students to create 3D models of designs for classes, club and personal projects, and research. This software is utilized by students taking MILL classes to develop design iterations for products and the manufacturing and assembly systems to make the products.