UVA LIDK?PING is Sweden`s largest machine tool manufacturer. We specialise in the manufacture of precision grinding systems.
The LIDK?PING SUU 800 grinding machine platform gives the user high output and quality. The SUU 800 platform can be set up for Internal or External grinding operations.
Our goal is to give you accuracy, efficiency and reliability through our products, our process knowledge and development, customer support and service. Through close cooperation with end-users, we ensure a correct and profitable solution for you, the customer.
Machine Concept
Grinding operations setup
SUU 800 machine is configurated for single grinding operations, external or internal grinding.
Hydrostatic grinding slides
Hydrostatic length- and cross slides, equipped with linear motors giving a feed rate of 1000 mm/s ａnd a feed resolution of 0.01 μm.
Grinding spindles
A wide range of high-requency spindles are available. Grinding wheel peripheral surface speeds up to 80 m/s.
Work head
A unit consisting of work head spindle, driving plate, magnetic chuck or centric chuck and measuring unit. The work head is hydrostatic or roller bearing supported, equipped with a variable speed motor.
Gauging method
In process electronic gauging.
Chucking principle
Shoe centerless with magnetic chucking.
Dressing
The units are fixed to the machine base and, as standard, equipped with rotating diamond disc, single point diamond, full profile diamond roller or hydrostatic radius dresser controlled by CNC path. Dressing is performed during work piece loading. The LIDK?PING hydrostatic CNC radius dresser is generating the form by interpolation between the lenght and the cross slide. The torque motor in the dresser keeps the dressing tool perpendicular to the profile of the grinding wheel. This dressing concept gives a high flexibility with the possibility to dress radius, track form with end drop etc.
Control system
Graphical user interface provides user-friendly controls and integrated. Program Generator IPG. Control System, Siemens Sinumerik One.
