As the automotive industry accelerates toward electrification and lightweighting, we deliver the high-performance polymer solutions your supply chain demands. We integrate precision injection molding, overmolding, and tooling under one roof, fully backed by IATF 16949-certified quality systems. Partner with us for zero-defect mass production of safety-critical, structural, and high-voltage e-mobility components.
EV powertrains push polymers to their thermal limits. Poor temperature control during resin processing leads to high-voltage shorts and battery thermal runaway, triggering catastrophic safety recalls.
EV powertrains push polymers to their thermal limits. Processing advanced resins like PEEK or PPS requires masterful temperature control. Poor plasticizing compromises the material’s structural integrity and dielectric insulation properties.
Consequence: Inadequate plastic insulation leads to high-voltage shorts, battery thermal runaway, and catastrophic safety recalls.
Modern ADAS and electronic control units rely on flawless metal-plastic insert molding. Improper tooling design or injection pressure creates micro-gaps between metal pins and the polymer housing, destroying critical IP-rated seals.
Consequence: Moisture and fluid ingress destroy sensitive electronics, triggering system failures and massive warranty claim costs.
Converting heavy metal parts to lightweight engineered polymers introduces severe shrinkage risks. Without advanced mold-flow simulation and conformal cooling, molded components fail to maintain the strict ±0.05mm tolerances required by automated lines.
Consequence: Dimensional inconsistencies jam high-speed robotic assembly feeders, causing expensive production halts and missed NPI deadlines.
Eliminate tolerance stack-up and assembly risks. Our in-house insert molding capabilities seamlessly fuse metal lead frames, busbars, and pins with high-performance polymers, creating hermetically sealed electromechanical components for modern EVs.
Equipped with a state-of-the-art fleet of all-electric and hybrid injection presses, we ensure immense capacity and absolute repeatability. We deliver millions of tight-tolerance interior, under-the-hood, and powertrain components with zero compromise on precision.
Kravzik operates a completely internal, high-precision mold-making facility. By utilizing advanced Moldflow analysis before cutting steel, we optimize gate placement, eliminate warpage, and guarantee manufacturability, significantly accelerating your NPI launch.
We have engineered our molding processes to master the industry’s most demanding resins. From high-temperature PEEK and PPS for EV high-voltage systems to fiberglass-reinforced composites for structural lightweighting, we deliver uncompromising material integrity.
Operating under stringent IATF 16949 certification, we build defect prevention into every stage. From incoming resin verification to automated inline vision inspection and technical cleanliness compliance, we guarantee Tier 1 reliability.
We offer an expansive portfolio of automotive injection molding solutions engineered for modern vehicle architectures. Whether you require intricate electronic connectors, robust structural mounts, or complex battery components, our capabilities scale seamlessly.
We process advanced engineering polymers to meet the extreme thermal and dielectric demands of modern e-mobility. Our expertise in precision insert molding and V-0 rated flame-retardant resins ensures maximum safety and efficiency for battery infrastructure and high-voltage power distribution.
Driving the lightweighting revolution through advanced metal-to-plastic conversion. We mold fiberglass-reinforced composites and ultra-high-temperature resins (like PPS and PEEK) engineered to withstand harsh chemical fluid environments, extreme engine heat, and rigorous mechanical stress.
Securing the delicate electronics that power autonomous driving. We specialize in precision overmolding and tight-tolerance micro-molding to create hermetically sealed, IP-rated housings that protect critical PCB components from moisture ingress, vibration, and thermal shock.
Delivering flawless aesthetics and superior ergonomics for the vehicle interior. We utilize multi-shot (2K) molding and specialized mold texturing to produce scratch-resistant, low-gloss Class A surfaces while integrating acoustic dampening materials for enhanced NVH performance.
High-performance polymer injection molding for the semiconductor industry. We deliver ultra-precise FOUPs, IC sockets, and ESD-safe components for zero-defect wafer processing.
Specializing in bio-compatible resins and PEEK for high-volume medical production. We deliver micron-level precision for complex surgical and diagnostic components.
Mastering high-performance polymers for sub-micron telecom components. Scalable all-electric molding with IATF 16949 precision and zero-defect reliability.
We utilize advanced mold flow analysis and structural simulations to replace heavy metal components with high-performance engineered polymers. This approach significantly reduces vehicle weight and lowers piece price while maintaining strict structural integrity and crash safety standards.
Yes. Our facility is fully equipped to process advanced engineering plastics, including PEEK, PPS, and custom ABS blends. These materials are essential for producing high-voltage connectors, battery enclosures, and thermal management components that must withstand extreme environments.
We design our injection molds and stamping dies in tandem. By controlling both the metal insert fabrication and the plastic overmolding processes entirely in-house, we eliminate tolerance stack-up and guarantee hermetically sealed, highly conductive electronic packages.
Operating strictly under our IATF 16949 certified quality system, we maintain a complete digital thread from the raw resin batch to final packaging. Every production run is backed by comprehensive APQP documentation to ensure audit-ready compliance.
Absolutely. Equipped with a fleet of high-tonnage, precision injection molding machines, our manufacturing floor is built for consistency at scale. We easily transition from rapid prototyping to delivering millions of units annually with automated robotic extraction.
By managing our tool room internally, we significantly reduce non-recurring engineering (NRE) costs. Our engineering team optimizes cavity layouts and gating strategies during the DFM phase, accelerating your break-even point and lowering the total cost of ownership.
Yes. We implement stringent contamination control protocols and automated washing systems that comply with VDA 19.1 cleanliness standards. This ensures all ADAS and electronic housings remain entirely free from particulate contamination before final assembly.
We offer complete logistics solutions, including DDP shipping terms and strategic safety stock programs. By holding inventory to buffer against shipping volatility, we ensure seamless, just-in-time delivery directly to your assembly lines worldwide.
Our engineering team loves solving complex problems. Chat with us or send your drawing for a review.
