At a glance
| Booth | R8305 |
| Country | TW |
| Website | inhere3d.com |
Company profile
Berny CO.,LTD provides fast, high-quality 3D-printing services and a broader digital-manufacturing service range that includes CNC machining, injection molding, product and mechanical design, animation design, 3D scanning, laser cutting and blow molding. Its stated 3D-printing options include fused-deposition, photopolymer, transparent, silicone, nylon and high-strength materials; its CNC scope includes turning, milling, mold making, casting and wood processing; injection-molding materials include PP, PE, ABS and PS; laser cutting covers sheet metal, wood and acrylic; and blow molding covers materials including PE, PVC and PC. Metal 3D printing uses SLM forming technology with 316L stainless steel and AlSi10Mg aluminum alloy, providing an option before casting replication, while mold-replication services use 3D printing to produce molds quickly. The broader 3D-printing material range includes nylon, PU photopolymer, PLA, PETG, ABS, matte material, fine white and transparent material, together with silicone mold replication. An online quotation system provides 24-hour online quoting from uploaded stl or step files, with the fastest stated shipment time of 24 hours. For semiconductor equipment, Berny CO.,LTD provides 99.95% pure-copper 3D printing combined with industrial-grade CT inspection. Conformal internal channels can follow the shape of a heat source and are stated to improve heat-exchange efficiency by more than 30% compared with traditional straight tubing, while an integrated pure-copper structure removes the risk of coolant leakage caused by cracking at welded joints. CT inspection is incorporated into the standard production process for 3D global channel analysis, porosity and density verification, and digital dimensional comparison by directly overlaying scanned 3D data with the original CAD design. The In Here operation was established in 2017, and in 2018 it added CNC, laser cutting, injection molding and blow-molding production services in response to market demand. Its stated operating themes are technology improvement, digital manufacturing and service, and its corporate-responsibility activities include talent development, industrial safety, local community care and environmental protection. The company also describes employee and supplier partnerships, customer experience, employee training and leadership development, and a management model built on employees, suppliers and marketing. Its stated business principles include fair and honest conduct, community contribution and continuous development and innovation as a learning organization.
Exhibits
For polymer 3D printing, nylon is produced by SLS using PA12, with sandblasting or black dyeing as surface treatments, a build area of 380 x 280 x 380 mm, heat resistance of 135℃ and a stated tolerance of +-0.3mm. Nylon applications include functional models, heat-resistant parts, robotic hands, survival-game parts, vehicle products and structurally complex models, and the material is described as heat-resistant, tough and suitable for mechanical parts. The PU photopolymer option uses DLP photopolymerization with PU resin, a diameter 600mm x 600mm build area and 80℃ heat resistance; it is limited to production orders and lattice designs, with applications including shoes, backpacks, helmet liners and phone cases. The PU material is stated to withstand 120,000 compression and tensile tests without deformation and a tensile load of 60 kilograms. Black and white PLA use FDM with PLA, a diameter 800mm x 580mm build area and 45℃ heat resistance; small parts can be shipped within 24 hours, and cited uses include product prototypes, terrain models and architectural models. Black PETG uses FDM with a diameter 800mm x 450mm build area and 70℃ heat resistance, with applications including motorcycle shells and shell parts, military products and survival-game products. The matte material uses SLA photopolymerization with photosensitive resin, an 800mm x 800mm x 450mm build area and 45℃ heat resistance; its applications include light-guide strips, frosted glass and projection surfaces. Black ABS uses FDM and is positioned for products exposed to sunlight or higher-temperature environments, including automotive components, with stated completion possible within 24 hours. Fine white uses SLA photosensitive resin with an 800mm x 800mm x 450mm build area, 45℃ heat resistance and a stated tolerance of ±0.2~0.3 mm, with applications including injection-molding references, product prototypes, figure making and rings. Transparent material uses SLA photosensitive resin followed by manual polishing and coating to create transparency, with an 800mm x 800mm x 450mm build area, 45℃ heat resistance and applications in transparent light-transmitting models, brake lights and light-and-shadow art. For metal printing, SLM is used with 99.95% pure copper, 316L stainless steel and AlSi10Mg aluminum alloy. Pure copper can receive plating, blue-laser welding and CNC processing; its unmachined tolerance is about 0.5%, CNC can improve precision, heat resistance is about 800°C, and the minimum stated channel thickness is 0.8mm. Pure-copper applications include semiconductor cooling, server cooling, chemical equipment, aerospace and energy components, high-temperature applications and automotive head-up displays; the stated advantages include reduced water-leak risk without welding and more uniform heat conduction from integral forming. 316L stainless steel uses SLM with sandblasting and can receive plating, argon-arc welding and CNC; its unmachined tolerance is about 0.5%, heat resistance is about 800°C and the stated finished-dimensional tolerance is +-0.5mm. Stainless-steel applications include semiconductor pipes and channels, chemical equipment, aerospace and energy parts, high-temperature and corrosion-resistant parts, automotive engine components, high-strength bicycle parts and hand tools. AlSi10Mg aluminum alloy also uses SLM with sandblasting and can receive anodizing, argon-arc welding and CNC; its unmachined tolerance is about 0.5%, heat resistance is about 200-300°C and the stated dimensional tolerance is +-0.5mm. AlSi10Mg applications include aerospace structural brackets and satellite parts, automotive engine parts and lightweight brackets, electronic heat sinks and heat exchangers, non-implant medical parts and high-strength bicycle parts.
Capabilities and products
- multi-material 3D printing services
- SLM metal 3D printing
- 99.95% pure-copper 3D printing for semiconductor equipment
- industrial-grade CT 3D inspection
- CNC turning, milling, and mold machining
- PP, PE, ABS, and PS injection molding
- laser cutting for sheet metal, wood, and acrylic
- PE, PVC, and PC blow molding
- product/mechanical design and 3D scanning