A masterbatch for the identification of materials in industrial 3D printing has been realised by , Blankenhain together with its development partner Tailorlux. "This allows the authenticity of licensed plastics to be unmistakably determined in the filament that is processed in this additive manufacturing process," explains Lars Schulze, Head of Colour Development and Material Sciences. The idea of : "We work a marker into the filament that can be used to check whether the correct material has been used. It is permanent in the component and cannot be removed." A hand-held measuring device - also from Tailorlux - can identify the fuse marker in the material or component and thus assign its origin. At Formnext 23, the simple measuring function was demonstrated with a 3D printer from our partner CR-3D. The measuring electronics were integrated directly into the printing unit and can therefore provide a tamper-evident check and thus perfect counterfeit protection even before 3D printing begins. In its development, Tailorlux relies exclusively on security pigments from Tailorlux. Batch dosages can be realised from as little as 1%. The batch can be customised depending on the customer's security requirements for their products. So far, the marker has mainly been used for PLA and PETG. However, PA and PC have also been trialled.

LIFE INSURANCE FOR MOLDS. Even perfect engravings can be improved in regard to their physical properties and thus how they respond in production operations. The goal is to keep the quality of the mold’s surface uniform across the entire production cycle. KRÜTH offers two different NiOn coatings for this purpose. The protective nickel layer is applied chemically to the component, at uniform layer thickness. Both types of coating enhance production reliability and the wear protection of the mold surfaces. This supports uniform quality across the entire batch. Both processes are reversible. Should it be necessary to remove the coating completely from the mold, then this can be done at KRÜTH.

First article inspection by CT provides a complete, non‑destructive evaluation of parts – including internal geometries. We support first article inspection reports according to PPAP requirements and deliver reliable measurement results for series production approval. Especially suitable for automotive suppliers and technical plastic components with high quality requirements.

Flat heating elements A flat heater is an electrical heating element used to heat flat surfaces. Surface heating elements can be made both as flat heating elements and at an angle. This makes them particularly suitable for heating local or hard-to-reach positions. Thanks to their flat properties, the heat is distributed very evenly.

Optimizing plastic processing by modifying thermal and rheological properties of the material

Based on zinc hydroxystannate chemistry, Flamtard™ H is thermally stable up to 220°C and is the synergist of choice for many low temperature processing polymers such as PVC. The zinc and tin components in the product act in the gas and condensed phase to provide a dual mode of action for inhibiting the propogation of flame and smoke. Flamtard™ H can be used to replace antimony flame retardants and is typically used at low concentrations in combination with a halogen source or other flame retardant additive. Based on zinc stannate chemistry, Flamtard™ S is an anhydrous product that is stable above 400°C and recommended for high temperature processing polymers. Alongside the synergistic ability of providing flame protection and smoke suppression properties, Flamtard™ S is also an acid scavenger and as such provides anti-corrosion functionality in systems where free acid is generated during polymer processing. Flamtard™ S can be used to replace antimony flame retardants and is typically used at low concentrations in combination with a halogen source or other flame retardant additive. A mixed metal (hydroxy)oxide that can be used as a cost-effective, nonhazardous replacement of antimony-based flame retardant synergists in PVC formulations. Flamtard™ X can be used at low concentrations in combination with a halogen source or other flame retardant additive.

BK210 Flächenheizkörper, Keramik-isoliert Einsatzgebiete: Beheizung von Formen, Werkzeugen und Behälterböden. Auch als Bremswiderstand einsetzbar. Aufbau: Heizleiterspiralen eingebaut in wechseltemperaturbeständige Spezial-Keramiksteine. Einfassung aus 0,8 mm starkem aluminierten Stahlblech (Edelstahl auf Anfrage). Auch mit Andruckplatten zur besseren Formstabilität lieferbar. Ausführungsformen: Befestigungsbohrungen nach Vorgabe Mit Fühlerbohrungen, Thermobügeln und Aussparungen lieferbar, soweit technisch möglich Elektrischer Anschluss durch Kontaktarmaturen (Stecker) bis 16 A/250 V, Kabelarmaturen mit Keramik-Klemmstein oder fest montiertes Anschlusskabel bzw. Anschlusslitzen Betriebstemperatur max.600°C UL / CSA-zertifizierte Ausführung auf Anfrage lieferbar BK225 Flächenheizkörper, Mikanit-isoliert Einsatzgebiete : Beheizung von Formen, Werkzeugen und Schmelzekanälen. Aufbau : Heizleiterdraht in Spezial-MIKANIT-Isolierung, eingepackt in 0,3 mm Stahlblech, mit Edelstahl-Andruckplatte (5 mm stark). Ausführungsformen : Zur Befestigung des Heizkörpers können entsprechende Bohrungen nach Vorgabe vorgesehen werden. Mit Fühlerbohrungen, Thermobügeln und Aussparungen lieferbar, soweit technisch möglich. Elektrischer Anschluss durch Kontaktarmaturen (Stecker) bis 16 A/250 V, Kabelarmaturen mit Keramik-Klemmstein oder fest montiertes Anschlusskabel. Auch mit Messing-Wärmeleitblech lieferbar (2 mm stark). Betriebstemperatur max.300°C BK230 Flächenheizkörper, Aluminium- oder Messing-Guss Aufbau: Elektrische Rohrheizkörper eingegossen in Aluminium oder Messing. Für einen guten Wärmeübergang ist die Kontaktoberfläche mechanisch bearbeitet. Aluminium- und Messing-Guss-Heizkörper eignen sich besonders an Stellen, an denen Feuchtigkeit oder Kondenswasser nicht ausgeschlossen werden kann oder in Bereichen, in denen eine starke mechanische Belastung (z.B. durch häufige Montage und Demontage) vorliegt. Betriebstemperatur Alu max.350°C & Messing max.500°C

Open plastic ring filters for simple installation.

A wide range of trimming tasks require flexible solutions. With our FRIMO FlexTrim systems, we offer all cutting processes to meet your complex requirements reliably and precisely, even with the smallest tolerances: Milling, ultrasonic cutting, blade cutting, scoring, deburring, also combined and with a customized level of automation.

The spearhead of standardization is the flexline automation concept, which enables the system to be used for multiple production runs of various hybrid components. Standardized feeding, processing, and testing stations, combined with a product-specific changeover kit, generate cost efficiency and allow for multi-purpose system use. The advantages are clear: ✓ Multiple uses for different projects ✓ Possibility of automated production of small and medium annual batch sizes ✓ Use of long-established processes ✓ Reduced implementation time ✓ Reduced investment in equipment ✓ Reduced footprint in production ✓ Avoidance of single-purpose, unused systems