Machine Controls and Touch Probes
Hard-to-machine materials. Complex geometries. Employee training challenges. The realities of today’s manufacturing floor require keen attention to constant process improvement. HEIDENHAIN CNC machine controls and touch probes offer a proven solution—with technologies that improve part quality, shop-floor efficiency and return on investment. For more than 30 years, we’ve perfected the delicate balance of cutting-edge innovation and universal compatibility. Contact us today, and see what precision control can do for your business.
Why HEIDENHAIN CNC controls?
- Easy-to-use machine interface with simple ways to create programs with and without CAM
- Fastest control for milling and turning with highest possible accuracy
- Most innovate solutions for automated production and complicated machining applications
- High compatibility and connectivity among HEIDENHAIN controls
Why HEIDENHAIN touch probes?
- Optical trigger mechanism prevents wear of probe components
- Many probing applications: Milling, turning, grinding, transfer lines, robots and high accuracy tasks
- Innovate probe features: Hybrid infrared/radio mode, workpiece cleaning, smart standby and a patented collision adapter
- Easy mechanical adjustment for runout, in addition to calibration cycles on CNC controls
Klartext
News from the world of HEIDENHAIN controls
To view the most recent issue of Klartext, click here.
Learn how to combat common machining challenges with advanced control technologies
At HEIDENHAIN, we understand today's complex machining challenges and ambitious production schedules. That's why we design our CNC machine tool control functionalities to solve these issues.
Our Dynamic Efficiency functionalities allow high material removal rates and extended machine and tool life in roughing of especially hard-to-cut materials when chatter and high loads are present.
Our Dynamic Precision technologies enable better accuracy in acceleration and deceleration phases by dynamically adjusting the controller parameters depending on the machine’s age, load or machining position.
Product success stories
Unbreakable – Milled from Solid Material Custom Bikes Made by Thunderbike
Thunderbike uses 5-axis machining centers with TNC controls from HEIDENHAIN to manufacture incredible custom bikes in Germany.
HEIDENHAIN iTNC 530 being used on challenging materials
“Most people would be afraid to do this,” says Patrick Meyer, founder of Carbomill AG. But he is not afraid of machining complex workpieces, including those made from carbon-fiber reinforced plastics. In order to deliver perfect results from the start, the young entrepreneur invested in a Fooke ENDURA 711 gantry-type milling machine, equipped with an iTNC 530 from HEIDENHAIN. His customers are very demanding, and come from motorsports and the automobile and aerospace industries.
Deep-hole gun drill machine for hydraulic press manufacturing
Two HEIDENHAIN controls are an integral part of an unusual deep-hole gun drill machine now in place at Dieffenbacher North America hydraulic press manufacturer. This deep-hole drilling machine has three spindles that can operate simultaneously over a 12000 mm table, enabling not only the manufacture of deep holes up to 2500 mm in very large press plates but to also machine the necessary pockets all at the same time.
Technical articles
Safety-Related Control Technology for Machine Tools
Safety is becoming increasingly important in machine and plant construction. These high requirements mainly serve to protect human beings, but material assets and the environment are also receiving more consideration. The goal of functional safety is to minimize or even eliminate risks that can occur during normal or impaired operation of machines or facilities. This is achieved primarily with redundant systems. For example, axes that are moved in safety-oriented applications require redundant position information and dual-channel safety systems in order to perform the corresponding safety functions.
Saving Money Through Machine Tool Efficiency
Machine tools comprise numerous motors and auxiliary components whose energy consumption can vary strongly during machining. Significant savings can be realized through the proper selection of components for a machine tool. The main spindle drive, for example, and the coolant system work near their rated power during roughing with a high stock-removal rate, while the power consumption during finishing is significantly lower. From a detailed examination of manufacturing processes to the power consumption of individual components, potential for savings can be evaluated and measures can be defined for the efficient use of energy.
Related news
New HIT 3.0 Online CNC Training Available
HIT 3.0 — HEIDENHAIN’s newest multimedia online CNC controls learning program — is now available, providing advanced and apprentice-level training for NC users.
CNC Pilot 640 Lathe Control Offers Exciting New Functionality
The CNC PILOT 640 lathe control is available with new features like TURN PLUS which allows the creation of a lathe program with up to 90% time savings.
The Latest in Enabling Technology for Manufacturing at IMTS
IMTS 2018 brings an opportunity to see HEIDENHAIN families of the newest motion control breakthroughs and daily live presentations about three of them.
