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Narzędzia maszynowe, urządzenia do mocowania obrabianych przedmiotów, narzędzia, Drążarki elektroiskrowe, Obrabiarki do nacinania i obróbki wykańczającej uzębień, Uchwyty do obrabiania, Narzędzia do cięcia |
Rodzaj działalności : |
Manufacturer |
Narzędzia maszynowe,
urządzenia do mocowania obrabianych przedmiotów, narzędzia,
Drążarki elektroiskrowe,
Obrabiarki do nacinania i obróbki wykańczającej uzębień, Uchwyty do obrabiania, Narzędzia do cięcia
It takes a company in motion to keep the world in motion. In a world that needs to move, Gleason is a global leader in gear production technology. Today, gears made with GLEASON� technology are used in a wide variety of industries all over the world.
Gears manufactured on Gleason machines can be found in the air, in space, on sea and on land. From airplanes to tractors and from power tools to roller coasters, Gleason gears can be found everywhere in a world that needs to move.
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 | Bevel Grinding Gear Machines PHOENIX®II 275G Bevel Gear Grinding Machine
Gleason's latest addition to the PHOENIX®II product line is an advanced Bevel Gear Grinding Machine that utilizes the revolutionary monolithic column design. This concept reduces floor space and significantly reduces cycle times.
The PHOENIX®II 275G Bevel Gear Grinding Machine accommodates gears with up to a 275 mm pitch diameter, but with a machine footprint that measures just 2.3 x 3.4 meters (excluding the filtration unit). This compact design includes a self-contained electrical enclosure and hydraulic unit, helping make installation fast and simple
|  | Blade Profile Grinding Machine Bevel Cutter Sharpening BPG
The Gleason Blade Profile Grinder is designed to significantly reduce floor-to-floor times -- and the cost of blade resharpening -- by combining a unique Gleason Quickedge™ grinding process (patent pending) with high-speed, flexible automation. The Quickedge process features faster stock removal rates, while reducing wheel wear. In addition, the process offers fast, highly repeatable results for a wide variety of Gleason and non-Gleason “stick type” blades of high speed steel and carbide materials. Sharpening of all geometries including those with front face sharpening is provided
|  | Gear Cutting Tools Cyclocut™
The Gleason Cyclocut™ method was developed with the goal of creating a modern jobbing method which incorporates the advantages of the classic jobbing methods and the advantages of modern high production methods.
The advantages of this new method as opposed to all known older jobbing-processes are many-fold. Lower investment, smaller cutting times, better surface finish and convenient hard finishing are some of the more important advantages.
|  | Genesis 130H The Genesis® 130H Hobbing Machine is a vertical hobber capable of producing gears and shafts with an outside diameter as large as 130mm. The Genesis Hobber was designed as a totally new product incorporating the most modern features and capabilities required to today's gear production.
|  | GRS-2 Double Flank Gear Roller System Efficient and reliable functional testing
Accurate and affordable manufacturing process control
Windows-based, user-friendly software
|  | MicroTop Gear Inspection System Micro-top Gear Inspection System
Full four-axis inspection capability in a portable, affordable turnkey system. |  | SIGMA 175GMM Gear Inspection System The 175GMM Gear Inspection systems offers all the
advantages of Gleason-M&M
Precision’s SIGMA technology in gear measurment,
including four-axis, generative motion,
3D scanning probe system, linear drive
motors and Gleason-M&M GAMA
(Gleason Automated Measurement &
Analysis) software, plus
• Economy and versatility
• Compact design for minimum
footprint
Like all SIGMA series GMMs, the
accuracy of the SIGMA 175GMM is certified
via the ISO17025 and A2LA® quality
systems adopted by Gleason-M&M
Precision Systems.
|  | Spiral Bevel Gear Cutting Machines PHOENIX®II 275HC Bevel Gear Cutting Machine
The PHOENIX®II 275HC bevel gear cutting machine is the next generation in cutting machines. The unprecedented monolithic column design is leading edge technology in chip flow, ergonomics, stiffness, cutting process, and maintainability. Pivoting the cutter spindle permits the shortest structural overhang of both the cutter and work for maximum stiffness and thermal stability. A simple chip collector is the only object below the cutter and work spindles. Chips never touch the machine structure.
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