S'appuyant sur plus de 20 ans d'expertise en caractérisation CMP avec son produit prédécesseur (Bruker CP-4), TriboLab CMP apporte un ensemble complet de capacités à la plate-forme TriboLab, leader de l'industrie. La précision et la répétabilité des mesures qui en résultent permettent une qualification, une inspection et des tests de fonctionnalité très efficaces, nécessaires tout au long du processus CMP. TriboLab CMP est le seul outil de développement de processus sur le marché qui peut fournir une large gamme de mesures de pression de polissage (0,05-50 psi), de vitesses (1 à 500 tr/min), de friction, d'émissions acoustiques et de température de surface pour une caractérisation précise et complète des processus CMP et des consommables.
Pour en savoir plus, continuez votre lecture, contactez-nous ou consultez la FAQ sur ce produit.
Le système de caractérisation des matériaux et des procédés CMP TriboLab de Bruker a été conçu spécifiquement pour une caractérisation fiable, flexible et rentable des procédés de polissage des plaquettes.
TriboLab CMP accommodates small coupons up to 100 mm (4”) wafers. Multiple wafer head and mounting options are available.
Wafer head and platen speeds for the TriboLab CMP system can range from 1 to 500 rpm. Polishing load ranges vary between 0.07 to 90 psi based on wafer size and head. Download the system brochure for a full list of specifications.
Yes. The system is designed for reliable, flexible, and cost-effective benchtop characterization that closely aligns with full-scale CMP conditions.
TriboLab CMP can use virtually any industry-standard pad, slurry, and conditioning disc. It also supports a programmable two-pump slurry and rinse delivery system.
Yes. The platform supports a wide range of materials. Bruker can advise on process parameters and connect you with partners for material-specific recipes when needed.
The system can record load, friction, temperature, acoustic emissions, speeds, and pressures from first contact to the end of the test.
TriboLab platforms support standard rotary, reciprocating, block-on-ring, four-ball, scratch, and indentation tests. Common methods include ASTM G99, G133, G77, D4172, and C1624. Equivalent ISO methods can typically be addressed through the same hardware and scripting.
The exact scope of the included installation and operator training depends on region and contract. Confirm details with your Bruker representative.
All TriboLab systems are modular. You can select drives, force and torque sensors, environmental chambers for temperature and humidity, liquid and electrochemical options, and advanced sensors to meet your application needs. If you are not sure which modules meet your needs, our experts can help.
Bruker provides applications consulting, troubleshooting, and best practice guidance, along with optional service plans for ongoing support, maintenance, and training.
Contact us to arrange a demonstration or submit samples for an evaluation tailored to your test geometry and materials.