Brake caliper
The brake caliper is a safety-relevant component in the vehicle that is exposed to high thermal and mechanical loads. When the brake pedal is operated, brake fluid is sent to the piston of the brake caliper, which presses the brake pads onto the disc. Designs and the number of pistons vary depending on the vehicle type and motorisation.
Key Features Aluminium
Features and Machining Requirements
Solid aluminium brake calipers are used for weight reduction. They are ideal for high performance vehicles and heavy models that require a rapid brake response.
- Safety-relevant component
- High demand on quality
- High quantities
- High chip volume depending on casting situation
- Tight tolerance fields due to process and machine capability in series production
- High process reliability and dimensional accuracy
- Multi-spindle machining or custom machine
- Cast iron: Higher machining force
1. Bremssattelanbindung
PKD-Bohrfräswerkzeug
- Vor- und Fertigbearbeitung auf einem Werkzeug
- Rückwärtiges Zirkularfräsen der Fase
2. Bremsbelagsfläche
PKD-Zirkularfräswerkzeug
- Hohe Zähneanzahl für eine geringe Schnittkraft
- Gratfreies Fräsen durch perfekte Schneidkantenpräperation
3. Piston bore
PCD boring tool
- Fine machining of close diameter tolerances
4. Seal and protection cap groove
PCD circular milling tool
- High form and dimensional accuracy due to laser-machined cutting edge
5. Oil bores
Solid Carbide Deep Drill
- Process-reliable chip removal for bore depths 20xD
- High cutting data due to optimal choice of coating
Key Features Cast Iron
Features and Machining Requirements
Cast iron is frequently used in mass production as it is inexpensive and can be used irrespective of the machine concept.
- Safety-relevant component
- High demand on quality
- High quantities
- High chip volume depending on casting situation
- Tight tolerance fields due to process and machine capability in series production
- High process reliability and dimensional accuracy
- Multi-spindle machining or custom machine
- Higher machining forces
1. Flange surface (contact surface)
ISO bore milling combination
- Reduced cycle times due to machining of two features with one tool
- Cost-effective circular milling of the flange surface in one cut with SPGN indexable inserts
- Drilling of the connection bore with coated solid carbide drill or high cutting data with high tool life
2. Main bore
HPR400 high-performance reamer
- Replaceable blades for fine machining the main bore
- Face-side HPR replaceable head for easy tool change in case of wear and tear
- Maximum productivity with low tool costs
- No setting of cutting edges necessary
3. Rainure d'étanchéité et de protection
Outil d'interpolation iso
- Technologie tangentielle
- Usinage de rainures filigranes et radiales avec des exigences de tolérance étroites
- Précision maximale de la concentricité des arêtes de coupe pour un résultat de fraisage optimal
- Fiabilité du processus d'usinage grâce aux plaquettes amovibles avec technologie tangentielle
4. U-face
Outil de perçage avec plaquettes amovibles
- Pré-usinage frontal de l'alésage principal
- Coupe de contrôle de la surface en U
- Usinage économique de deux caractéristiques avec un seul outil