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Society’s rapid digitalization brings opportunities for the manufacturing industry to overcome challenges, minimize waste of resources, time and data - ultimately becoming more profitable.
Scrapping components will stand in the way of a top performing workshop. Common situations that lead to scrapping include using the wrong tools, human errors in programming and undetected variations in the raw material causing unpredictable machining issues.
Be recommended the tool and the cutting data that will perform your machining task in an optimal way.
Create virtual cutting tool assemblies with verified quality, enabling high-quality CAM programming and simulation.
Generate high-quality NC programs for seal ring groove, all-directional turning and milling of gears and splines.
Get real-time process verification to avoid scrap when performing internal turning with long overhangs.
Secure process stability in rotating applications in turning centers by using well maintained driven tool holders.
Monitor tool performance in real-time and secure process stability.
Well planned service keeps your tools and machines in shape. Waiting too long for maintenance risks causing costly damages. At the same time, performing maintenance too often, will leave you with a machine tool that is not producing chips, and hence not making money.
Get tool recommendation based on your machine tool specifications.
Get the correct representation of your cutting tool for CAM programming and simulation.
Receive information from the driven tool holder when to perform maintenance.
Detect collisions and automatically stop machining to avoid costly machine tool repair.
Get an overview of machine stop causes and overall utilization.
A machine tool that is not making chips is not making money. One of the common causes of low productivity is time-consuming, manual tasks.
Get the right tool and the correct cutting data. The result: Desired outcome from the first component, with no stops or error-correction in the machine.
Avoid manual tool definition by always having access to correct tool information.
Program quickly with efficient methods for seal ring grooves, gears and splines and turning. Optimized methods and tools lead to reduced number tools to set-up and change per feature.
Set the centre height of your insert quickly with the aid of digital indicators.
Change tools in your machine quickly and increase the machine utilization with quick change driven tool holders.
Keeping the machine running with high uptime is challenging, especially when working with small batches and frequent component changes.
Become more efficient when working with small batches and frequently need to search cutting tool solutions.
Enable advanced machining of seal ring grooves, gears and splines and turning by utilizing CNC code generating software.
Identify sources of waste in your production processes, make data-based decisions and define actions for optimization.
Many companies struggle with a competence gap as experienced presonnel retires from the industry, taking tacit knowledge with them.
Get tool and cutting data recommendations for a given application.
Create virtual tool assemblies using correct tool data, thus assuring compatibility for tools in tool assemblies.
Enable advanced programming of seal ring grooves, gears and splines and turning without experience of programming the specific features.
Get real-time data from inside the component to support correct decision-making.
Use accurate information from your driven tool holder to support maintenance planning.
Ensure stable machining processes supported by monitoring and process control solutions.