Products

CoroCut QI is divided into internal grooving and face grooving application areas, and is an upgrade of the T-max Q-Cut® 151.3 program. The improved design allows for greater chip control, a 10% productivity increase, 20% improved tool life aided by tighter edge-rounding tolerances and internal coolant for both internal and face grooving tools.

Fastems FPT is compatible with any machine tool brand, and it integrates with milling machines whether or not they have automatic pallet changers. In addition, the system footprint is extremely compact: FPT-500 for 300-500mm pallets requires only 100 square feet, and FPT-1000 for 500-630mm pallets requires 175 square feet.

Hexagon MyQuality provides access to the highest level of industry know-how provided by road tested applications engineers and inspection programmers serving a wide range of industries including aerospace, automotive, power generation, and medical. MyQuality was designed to build a strategic bridge between Hexagon and its customers to support changing quality plans or further automate part inspection programs.

Positive with four cutting edges, it can be used on both sides, thus combining long tool life and high metal removal rates with greater cost-efficiency. The polished rake face improves chip removal, and the extremely sharp cutting edge creates a softer cutting action, important factors in the insert's positive reception by the market.

Ramping down, the cutter first bottom-cuts the surface with the leading insert, then further cuts the same surface with its trailing insert. DoFeedTri inserts are designed with a long "inner" cutting edge that can bottom-cut more material than conventional milling inserts when trailing the leading insert during ramp down operations.

Designed as a machine for 5-face machining applications, the MCR-BV is also capable of 5-axis contouring as well as 5-sided heavy milling applications. These heavy-duty applications are made possible through features such as a powerful integral motor and spindle, an expanded work envelope, and a very rigid table which is 30% thicker than previous models, all of which is ideal for large-part machining.

Localized with support in nine languages, Learn OnRobot's extensive library of simple, direct 'How To' videos and 3D simulations provides detailed information on collaborative applications, including machine tending, palletizing, pick & place, and sanding. The platform is accessible via PCs, smartphones and tablets, which enables easy access to Learn OnRobot resources from the shop floor during the deployment process.

The newest addition to Dialight's best-selling High Bay portfolio, this fixture is the ultimate solution for sustainable lighting for industrial environments, offering a faster return on investment—up to a full year sooner than previous Dialight High Bay models. This best-in-class fixture will help companies achieve carbon-neutral operation goals faster while saving money on lighting related energy costs.

These new Swiss-type machines use a collet plus single-motor ball spline drive for heightened accuracy and reduced material waste. A 10,000 rpm spindle and a variable vibrating system ensure the utmost in stable, repeatable performance. SYNCREX machines accommodate a maximum of 35 tools in a standard configuration: 22 static and 13 live.

The Marameter 844 K probes form a comprehensive modular system that includes measuring heads, driving needles, measuring holders for indicators or probes, depth extensions, right-angle attachments and setting rings. Made of hardened steel, the new Marameter probes are ideal for bore measurement at the point of manufacture, offering extremely long life.

The system's metal pneumatic contacts can permanently withstand the constant pressure of 10 bar. The contacts can be mated up to 10,000 cycles when installed with HNM (High Number of Matings) series enclosures and frames for modular units, and up to 500 cycles when installed with MIXO frames and standard enclosures.

The ModuleWorks CAS uses real-time machining data and look-ahead technology to detect immanent collisions and stop the machining process before an actual collision occurs. The CHIRON Group uses CAS as part of their ProtectLine digital system to protect their high-end machining centers from potentially expensive damage and downtime.