Total ETO
Total ETO is a Totally Better ERP / MRP for Custom Machine Builders, providing better efficiency, accuracy, and profitability. Our system was designed by engineers to match the unique workflow of Engineer To Order manufacturers, including Integrators, Panel Shops & OEMs.
Our solution will:
-Increase efficiency in engineering by integrating with your CAD.
-Allow designers to cost out the BOM before purchases are made.
-Track changes to the BOM at any stage of the project and ensure the information is shared across departments.
-Save time & money in procurement with your newly Dynamic BOMs.
-Capture change order information, including labor, material, and sales price changes so they aren't omitted or forgotten.
-Improve accuracy through out your organization, including sales estimates.
-Route parts between various tasks, tracking both internal and external processes.
-Help ensure parts are inspected and know who completed the inspection. You'll be able to record and follow up on quality issues on the shop floor, from engineering, or for purchased parts with embedded Non-Conformance Reports.
Learn more
Shoplogix Smart Factory Platform
For over two decades, Shoplogix has helped leading manufacturers worldwide unlock hidden production potential by transforming real-time machine and performance data into actionable insights. The platform automatically captures signals like downtime, scrap, and throughput, delivering visual dashboards that enable teams to identify bottlenecks, reduce losses, and improve continuously—both during shifts and in post-shift analysis.
With OneSignal connectivity, Shoplogix integrates with any machine brand or type to deliver real-time, granular insights on slow-running, starved, or idle machines. Its intuitive visual management system allows operators and managers alike to quickly detect and act on issues. Integrated analytics provide powerful, slice-and-dice capabilities similar to leading BI tools, without leaving the platform.
Designed for agility, Shoplogix supports scaling from a single line to multi-plant operations across geographies. Continuous improvement tools like Action Plans and Digital Andon alerts keep teams engaged, aligned, and empowered to act—making Shoplogix a powerful ally in the pursuit of operational excellence.
Learn more
ONGAA CAM
ONGAA CAM was designed specifically for WOOD CNC machining by HOMAG BIESSE HOLZHER. It allows you to create programs directly from SOLIDWORKS. You can design and apply toolpaths in SOLIDWORKS without converting or using DXF files. The files created by ONGAA CAM comply with all MPR, BPP, CIX, NCHOPS and TPACAD standards. They do not require any manual editing. There are no additional software costs.
Open Solidworks and a component to use ONGAA CAM. Next, start programming or let the wizard program for you. Click generate program, then copy the program to your CNC. Run the part program.
Learn more
IMSverify
IMSverify offers a distinctive solution for NC verification that assesses the postprocessed code intended for machine operation. Unlike basic APT or CL file checks within the CAM system, this verification method focuses on the actual G-code set to run on the machine, ensuring complete assurance that the part will be accurately machined. Given the intricacies of complex machining tasks and the use of multi-axis machines, the potential for programming mistakes increases, which could lead to improper or incomplete material removal, clashes between machine parts and fixtures, and possible harm to both the component and the machine itself. The implementation of comprehensive machine simulation with clash detection facilitates thorough examination of the entire machining setup. This involves all machine elements, including fixtures, tools, and tool holders, providing a holistic view. By utilizing true solids-based simulation, IMSverify ensures the highest level of accuracy in material removal verification. Moreover, the system allows you to import stock and fixture data as solid models directly from your CAM software, further enhancing the precision of the machining process. With such robust capabilities, users can significantly mitigate the risks associated with machining errors.
Learn more
