The "Macro" is applicable to precision mechanical parts processing in almost all industrial sectors. It delivers cost-effective, excellent results for machining requiring precise profiling, grooving or strict surface finish.In the aero-engine and stationary steam turbine industries, it can effectively grind parts with poor machinability, such as turbine blades. It is also suitable for linear guideway assemblies, serrated surfaces, racks, gear rings, guideways, fixtures, cutting tools, broaches and high-precision ceramic workpieces.

The "Macro-L" creep feed grinder has an X-axis travel of up to 900 mm (35.433""), with a torque tube bed design ensuring superior shock absorption and thermal stability.All axes are equipped with water-cooled motors; additionally, the high-speed HEDG spindle features a bearing water cooling system, further enhancing thermal stability and continuous production capacity.

The "Macro-L" series is equipped with precision linear guideways and ball screws, with all axes featuring servo digital drives.The latest Siemens 840D CNC system enables precise dressing and profile grinding of the grinding wheel, with up to 5-axis interpolation capability.

The "Macro" series adopts the innovative Moving-Wheel-Head (MWH) concept. All linear movements during positioning and precision grinding are achieved by the grinding head. The "Macro" is suitable for precision mechanical parts processing in almost all industrial fields. It delivers cost-effective, excellent results for machining requiring precise profiling, grooving or strict surface roughness.

Torque Tube Design
Resin Concrete-Filled Bed
Grinding Head Slide Carriage (Cast Iron)
Excellent Shock Absorption
High Thermal Stability
Circulating Water Cooling for Spindle & Drive Shaft
Multiple Grinding Wheel Speeds & Power Ratings
Stable Temperature During Grinding
Consistently Produces High-Quality Parts

Software Features
State-of-the-Art CNC Technology: Siemens 840D System, Multi-Channel, Up to 5-Axis Interpolation Control
Pre-Installed Programs & Grinding Cycles
Optional: Acoustic Emission Monitoring System – Sensor at spindle front, with induced signals transmitted back.
Options: Integrated Grinding Wheel Balancing System, High-Pressure Cleaner, Automatic Nozzle Adjustment, etc.

Software Advantages
Easy to Operate – Ideal for Complex Grinding
User-Friendly, Suitable for Various Grinding Processes
Workpiece Collision Monitoring – Preliminary Inspection & Dressing, Enhancing Safety & Reducing Costs
Tailor-Made to Customer Needs