Innovative polishing technology
TIZSAG as an innovative polishing technology allows the use of existing machine tools for the exact machine polishing of complex shapes. The kinematics of the process is well described in the graphic below. A flexible tool with abrasive elements at an angle to the surface rotates around its axis and moves along the workpiece.
• The new tools consist of a flexible material covered with stiff granules that carry abrasives
• The grinding area is controlled by the tool offset to the surface
• Grinding direction and speed are controlled by the rake angle and spindle
Examples of SAG tools with different diameters
Dedicated tools
We offer a wide selection of dedicated grinding and polishing tools
We can design and manufacture special tools
CAM software
We have dedicated CAM software that allows you to load an existing CAD model, define the machine and tooling, generate NC programs for measurements and the grinding process, and simulate. The software allows you to perform simulations with automatic collision detection.
Główne cechy oprogramowania CAM
• Quickly generate complex toolpath strategies
• Various toolpaths supported
• Automatic toolpath calculation for complex geometries
• Automatic toolpath calculation for simple geometries
• CNC generation for a wide range of machines
Use of existing machine tools
We give the possibility of using it in CAM
• New and existing machines
• Standard and special SAG tools
• Special models of workpieces
• New toolpath generation algorithms
• And other add-ons that can be developed for the customer
Examples of grinding results
CVD SiC
Initial state
Condition after grinding
STAVAX
Initial state
Condition after grinding
Ti6Al4V
Initial state
Condition after grinding
Co-Cr
Initial state
Condition after grinding
INCONEL
Initial state
Condition after grinding
Case Study
Examples of the use of SAG for polishing molds
Case Study
Grinding of a graphite mold coated with CVD silicon carbide
CVD SiC Coated Graphite Mold (For Glass Forming).
Roughness reduced from 4 µm to 0.5 nm Ra.
Contact form
Make an online appointment with an advisor
If you have any questions, we remain at your disposal
Technical Department:
technolog@tizimplements.com
Sales and Marketing:
bok@tizimplements.com
