Installation example – Sectional view
![](/SL/SI/media/PIC_PRO_GRP_Formaufbau-Fuehrung-Rendering-Offen_INT.png)
Standard guiding systems
The standard guiding system is used to guide the two mould halves. It essentially consists of guide pillars, guide bushes and centring sleeves.
The high-quality guiding elements match perfectly to our comprehensive range of cavity plates.
Guiding system with two fitting diameters
- Guiding system with two fitting diameters for an optimal fit in the guiding hole
- Second fitting diameter enables easy assembly and removal
![](/SL/SI/media/GRA_PRO_Fuehrung-2-Passdurchmesser_INT.png)
![](/SL/SI/media/GRA_PRO_E1000-E1100-Flyer_INT.png)
Anti-rotation protection
The correct assembly of the mould halves is guaranteed by the ‘3 + 1’ principal. Three guiding elements with a large diameter and one guiding element with a smaller diameter are installed.
Mould bases designed in the Meusburger web shop have the 3 + 1 principle automatically.
![](/SL/SI/media/GRA_PRO_3-1-Prinzip-Verdrehsicherung-1_INM.png)
Guiding elements with DLC coating
- Increased corrosion resistance and service life
- Best dry-running properties enable use in cleanrooms
- Minimised wear thanks to excellent sliding properties
![](/SL/SI/media/PIC_PRO_GRP_E1002DLC-E1012DLC_INM.png)
![](/SL/SI/media/GRA_DIA_DLC-Reibwert_MS.png)
Ejector set guiding
NR | V * | FQ ** | Characteristics | Lubrication | |
---|---|---|---|---|---|
E 1144 E 1140 + E 1332 | ![]() | high | low |
| VLS 250 high-performance oil |
E 11206 | ![]() | moderate | medium |
| Self-lubricating with VLS 250 high-performance oil |
E 1120 | ![]() | moderate | medium |
| VGS 180 High-performance grease |
E 1125 | ![]() | moderate | medium |
| Initially with VGM 160 High-performance grease |
E 11202 | ![]() | moderate | high |
| VGS 180 High-performance grease |
* V: Speed of ejector set during demoulding
** FQ: Permissible shear force
Sliding guide with self-lubricating sinter layer
- Ideal for self-lubricating applications thanks to the oil depot and solid lubricant MoS2 in the sinter layer
- The frictional heat causes the oil to rise to the sliding surface. Due to its capillary action the oil retreats back into the sinter layer (when the machine is idle).
- The ideal diffusion zone between the sinter layer and the steel sheath ensures inseparable molecular bonds
- High resistance to abrasive wear and very good emergency operating features without additional lubrication
Ball guides – precise and smooth running
Flat guiding unit
- Vertical installation from the split line face
Advantage: machining of pocket and thread in one clamping operation - Horizontal installation from the side
Advantage: space-saving installation
![](/SL/SI/media/IMG_PRO_Formenbau-Fuehrungen-2_IN.jpg)