Cincinnati Incorporated

7420 Kilby Rd.
Harrison, OH 45030 US


As Seen In Additive Manufacturing

Figure 1. Tool as printed using Thermocomp AM EZ006EXAR1 compound.

Large-Format Additive Manufacturing: Viable for Autoclave Tooling?
SABIC and the University of Dayton Research Institute explore the potential of using large-format additive manufacturing (LFAM) technology for creating autoclave tooling used in manufacturing aerospace composite parts.

Bearing block held above the 3D-printed CMM fixture

3D-Printed Fixtures Aid CMM Inspection of 3D Printer Parts
Cincinnati Inc. has found that 3D-printed fixtures save money and effort in the inspection process for machined parts used in its SAAM 3D printers. 

Precast concrete punched windows for Domino Sugar Refinery

3D-Printed Tooling Offers Durability for Precast Concrete
As an alternative to wooden tooling, 3D-printed forms for precast concrete are proving to be more durable and better able to support a large-scale renovation project. 

Austin Schmidt, Andrew Bader and Kirk Rogers

Checking in with Additive Engineering Solutions
Partnerships continue to be critical to the success of the first commercial user of BAAM technology.

AES Cincinnati Inc. BAAM

Additive Engineering Solutions to Host Event Focused on Large-Scale 3D Printing
The June event will highlight both 3D printing and CNC machining technology for large-scale additive manufacturing.

Andrew Bader and Austin Schmidt

Ohio Business Sees Big Possibilities in BAAM for Tooling
A new startup built around a large-scale 3D printer aims to offer short lead times for large industrial tools.

Cincinnati Inc. SAAM

Cincinnati Inc. to Demonstrate SAAM
Rapid 2017: Small Area Additive Manufacturing (SAAM) is the rapid prototyping counterpart to Big Area Additive Manufacturing (BAAM).

Cincinnati Inc. SAAM

Small Area Additive Manufacturing (SAAM) Enables Prove-Out of Large Part Designs
Cincinnati Inc.’s latest 3D printer, developed with New Valence Robotics, is a complement to its BAAM system for large parts.

Windmill turbine mold

Postprocessing Composite Tooling: Machining, Coating or Combination Strategy?
A project testing the surface finishing options for composite tooling reveals insight about machining and coating strategies.

Big Area Additive Manufacturing (BAAM) 3D printer

AM Conference Speaker: Cincinnati Inc.
Additive manufacturing presents an alternative for fiber-reinforced composite production. Learn more during a presentation at the Additive Manufacturing Conference in September.

Inside large-scale additive manufacturing machine

ORNL, Cincinnati Inc. Sign AM Patent License Agreement
The agreement addresses developments of large-scale additive manufacturing technology.

3D-printed Shelby Cobra

AM’s Getting "Bigger" In More Than Just Cars
Large-scale additive manufacturing is disrupting the (already disruptive) 3D printing field.

Big-Area Additive Manufacturing system

Big-Area Additive Manufacturing System on Display at Fabtech
Sample applications for the BAAM system will be shown in Cincinnati Inc.’s booth at the November trade show.

Cincinnati Inc. to Display BAAM at Fabtech
The large-scale additive machine will be operating in the North Hall of McCormick Place.

System Offers Industrial-Sized 3D Printing
Cincinnati Inc.’s Big Area Additive Manufacturing (BAAM) system uses the chassis, drives and control of the company’s laser cutting system as the base, and extrudes hot thermoplastic to build parts, layer by layer.

Partnership Will Develop Large-Scale AM System
The Department of Energy’s Oak Ridge National Laboratory (ORNL) is partnering with machine tool manufacturer Cincinnati Inc. to develop a large-scale additive manufacturing system.

Product Categories of Cincinnati Incorporated

Additive Manufacturing Machines for Composite Parts
Additive Manufacturing Machines for Polymer Parts
Additive Manufacturing Machines—Material Extrusion
Laser Cutting Systems
Maintenance & Repair
Press Brakes - Mechanical & Hydraulic
Shears, Guillotine (Squaring)
Training of All Types, Including Audiovisual/Internet