“It’s All Wittmann” is not just statement it’s a way of life. From WITTMANN 4.0 Connectivity to Sustainability to Circular Economy to Energy Efficiency, WITTMANN is truly the ONLY plastics processing equipment supplier in the market that doesn’t just talk about this, we do it every day. WITTMANN is the only manufacturer offering plastic processors worldwide a complete range of innovative robots and automation, injection molding machines, along with auxiliary equipment for material conveying, blending, drying, granulating, heating and cooling. | It’s All Wittmann” is more than a statement, it’s our approach to everything we do. From WITTMANN 4.0 connectivity to sustainability, circular economy initiatives, and energy efficiency, we don’t just talk about progress, we deliver it every day. WITTMANN is the only supplier in the plastics industry offering a fully integrated range of equipment, including injection molding machines, robots and automation, and auxiliary systems for material conveying, blending, drying, granulating, heating, and cooling, all from a single source.
Viatrix Engineering & Plastics LLP
Viatrix Engineering & Plastics LLP provides one stop solution for custom injection molded parts with expertise in mold manufacturing, injection molding process and post mold assembly operations. We specialize in providing engineering grade plastic parts to manufacturers and end use product companies. We believe an advanced custom plastic injection molding company is built upon People, Resources and Quality. | Viatrix Engineering & Plastics LLP, India, is a one-stop solution provider for engineering plastic components, offering end-to-end services from concept development to mass production. We specialize in custom injection moulded parts, backed by in-house mould manufacturing, post-mould assembly operations, and integrated supply chain solutions. We specialize in providing engineering grade plastic parts to manufacturers and end use product companies. We believe an advanced custom plastic injection molding company is built upon People, Resources and Quality.
Tessy Plastics Corporation
Founded in 1973, Tessy Plastics is a global contract manufacturer headquartered in Skaneateles, NY, specializing in injection molding and custom automated assembly solutions. We have facilities in New York, Pennsylvania, and China. All of our facilities are FDA/GMP compliant and add up to more than 3.2 million square feet, including 306,000 square feet of ISO Class 7 & 8 clean room manufacturing. Through comprehensive engineering and research & development, we provide superior quality and speed to market. Contributing to the Medical, Pharmaceutical, Diagnostics, and Consumer Healthcare and Consumer markets allows us to leverage our expertise over a wide range of products. Our capabilities include product design & development, rapid prototyping, tool design & build, medical automation design & build, plastic injection molding, and complex medical & consumer device assembly. | Founded in 1973, Tessy Plastics is a global contract manufacturer headquartered in Skaneateles, NY, specializing in injection molding and custom automated assembly solutions. We have facilities in New York, Pennsylvania, and China. All of our facilities are FDA/GMP compliant and add up to more than 3.2 million square feet, including 320,000 square feet of ISO Class 7 & 8 clean room manufacturing. Through comprehensive engineering and research & development, we provide superior quality and speed to market. Contributing to the Medical, Pharmaceutical, Diagnostics, Consumer, and Consumer Healthcare markets allows us to leverage our expertise over a wide range of products. Our capabilities include product design & development, rapid prototyping, tool design & build, medical automation design & build, plastic injection molding, and complex medical & consumer device assembly. | Founded in 1973, Tessy Plastics is a global contract manufacturer headquartered in Skaneateles, NY, specializing in injection molding and custom automated assembly solutions. We have facilities in New York, Pennsylvania, and China. All of our facilities are FDA/GMP compliant and add up to more than 3.2 million square feet, including 320,000 square feet of ISO Class 7 & 8 clean room manufacturing. Through comprehensive engineering and research & development, we provide superior quality and speed
Tec Mold Holdings Limited
TecMold have started to build the facility in Queretaro,Mexico. So TecMold is much closer to you. Looking forward to supporting you!
Starlim North America Corp.
Starlim North America Corp. is a global injection molder of silicone rubber and silicone + plastic products for the medical and electronics industries. Manufacturing facilities are located in North America and Europe, with a total of 800,000 sq ft. Capabilities include ISO Class 8 molding, ISO Class 7 washing, packaging, and in-house tool making. ISO 13485, ISO 9001, and ISO 14001 certified. | Starlim is a global leader in the design, development, and production of silicone components for the automotive wire harness industry. Starlim’s fully automated injection molding technology and in-house tool design/manufacturing ensures we deliver the highest quality and best supply security in the industry. Our manufacturing facilities in Europe, APAC and North America are ISO certified (9001, 14001, 13485) with capabilities to produce single component and multi-component parts in regular and ISO 7/8 cleanroom production environments.
Silcotech North America Inc.
Silcotech, a global leader in LSR injection molding for medical, healthcare, automotive, packaging and consumer electronics markets.Our manufacturing facility with our specialized staff serve a global customer base for their design, tool-making and manufacturing needs. From simple projects to those with complex requirements, our vision boils down to commitment to be the most technically advanced silicone molder in the industry. Our core competency is providing automated, mass production, liquid injection molding solutions from concept to serial production.For decades, Silcotech has worked at local, national and global levels to provide solutions that meet the highest standards of quality, performance, and value.Our services include: DFM, Prototyping, Tool Design, Tool Engineering, Mass Production, Multi-Shot Silicone and Silicone-Thermoplastic Molding. | Silcotech North America is a global leader in liquid injection molding for the medical, automotive, household consumer, consumer electronics and solar industry. Silcotech’ s core competence is providing turn-key solutions for simple to most complex part geometries in moderate to high volumes in clean-room environments. Capabilities and value added services: • 2-Component Silicone Molding • Silicone Micro-molding • In house tool design, engineering, prototyping Silcotech is an ISO 9001:2015, ISO 13485:2016 and ISO 14001:2015 registered company utilizing lean Six Sigma, GMP and Risk Assessment. Silcotech is FDA 21 CFR 820 compliant. Silcotech has locations in Canada, the United States and India. | Silcotech North America Inc. is a global leader in technologically-advanced liquid injection molding solutions for the medical, healthcare, automotive, packaging, consumer electronics and other markets. Expertise includes fully automated manufacturing, turnkey solutions, multi material molding, micromolding, prototyping, six sigma, GMP, FDA compliance and risk assessment. Other capabilities consist of complex part geometries in moderate to high volumes in cleanroom environments. ISO certified. In-house tool design and complete automation, product design, engineering and prototyping.
SIGMA Plastic Services Inc
SIGMASOFT® Virtual Molding is a full-process simulation software that helps you overcome the challenges associated in the development, mold design, and production in injection molding. With the exclusive use of Autonomous Optimization, we’re able to bring our users further than any other simulation software on the market today. | SIGMASOFT® Virtual Molding simulation software gives you a huge advantage in the elastomer molding industry, helping you evaluate and optimize processes & molds; increase efficiency, productivity & part quality; and reduce waste associated with trial & error. | SIGMASOFT® Virtual Molding is an advanced simulation technology that creates a fully detailed digital twin of the injection molding process, enabling virtual production across multiple cycles using real machine settings. It uses comprehensive 3D modeling of flow, heat transfer, and material behavior within the entire mold to deliver highly accurate, cycle-based results. This holistic approach allows engineers to optimize designs, predict defects, and evaluate process changes before physical trials. By capturing real production conditions, SIGMASOFT provides reliable data for decision-making, helping manufacturers reduce costs, improve quality, and shorten development time while uncovering hidden optimization potential. | SIGMASOFT® Virtual Molding’s approach is to consider all the components of the mold with their specific physical and thermal properties. Then, processing conditions are used and multiple consecutive cycles are reproduced virtually, representing what happens in the molding machine during the manufacturing process. With SIGMASOFT® Virtual Molding, this is done in the virtual world, accurately reflecting what will happen in the real world. This way, the same conditions that are found on the production floor are replicated virtually. Mold iterations and injection trials are performed independently, freeing up machine occupation, machine hours and personnel availability, while increasing safety, quality and reliability and reducing costs. | CAD/CAM Software; CAE Software; Design Services; Design Tools; Engineering Services; Injection Molding; Manufacturing Equipment; Plastics and Polymers; Product Design and Development; Software; Testing Services | SIGMASOFT® Virtual Molding helps plastics & elastomer manufacturers produce higher-quality parts in less time with reduced scrap through simulation software. Replicate your entire manufacturing process virtually to 1) evaluate & optimize processes & molds, 2) increase efficiency, productivity & part quality, and 3) reduce waste/costs associated with trial & error.