Gud Mould Industry Limited

Gud Mould Industry Limited

Based on 3D product data provided by customers, with aim of high quality, low cost, excellent technology and strong structure, die structure data are designed according to requirements of customers' standards, and summarized in the field processing and debugging to improve die structure data.
Help customers adjust wall thickness of products reasonably and find the best balance between product quality and production cost.
Predict weld mark, gas mark, trap and other defects of product appearance, predict and control them on the mould.
Predict product deformation, help customers to improve product assembly structure, pre-design to avoid deformation.
Reasonable arrangement of glue feeding and cooling system can achieve the best process effect and the most economical investment.
Provide optimized production process parameters to help customers solve product injection production problems.
Participate in product design to support customers, and carry out feasibility analysis of product and die structure, remove problem points in the early stage, save time and cost for die design and processing, and improve quality.

Engineering Department determines exterior requirements of die cavity, structural accuracy requirements, and spare parts and manufacturing standards; then PE engineer makes process sheet and process control sheet; and determines difficulties, key points and error-prone points of the whole die processing for technical department to follow up, improve and supervise.
Our team is a high-quality team who is good at manufacturing high-demand and difficult moulds. Gud Mould's employing system and salary system give them new technical ability and a stronger sense of responsibility. "Act now, deal with it immediately" is our mantra and inertia.
Mould making: NC layered processing combination is used to detect model defects through photographic scanning measurement and design comparison.
NC Machining: All 2D parts of die base and insert are processed by three-axis NC, and all 3D parts are processed by five-axis high-speed NC after quenching, so as to ensure machining accuracy to ensure quality of mould.
Research and debugging: Independently form a debugging team with more than five years' experience and specialize in debugging.

Over the years, Gud Mould has trained a team of excellent product design and mould design professionals. It also has the ability to improve quality of mould design and shorten cycle of mould design.
1. Digitized Drawing - Converting three-dimensional product and die models into two-dimensional engineering drawings for conventional processing;
2. Digitized design of moulds: according to product model and design intention, relevant three-dimensional solid model of dies and moulds is established.
3. Digitized analysis and Simulation of mould-structure, thermal, fatigue and motion of die parts are carried out according to product forming process conditions.

4. Product forming process simulation-injection and stamping;
5. Customize standard parts and standard design process suitable for company's mould design;
6. Mould production management.

Professional software analysis and engineering evaluation are carried out for different structure and mould production in Gud Mould, reasonable structural requirements are synthesized, die structure is simplified, and technical review with customers is strengthened. Different inspection and review standards (e.g. photoelectric products, medical products, automotive products, etc.) are formulated according to different product areas to thoroughly understand design requirements. We conduct periodic evaluations to find the best way to reduce design cost of products or applications

Over the years, Gud Mould has trained a team of excellent product design and mould design professionals. It also has the ability to improve quality of mould design and shorten cycle of mould design.
1. Digitized Drawing - Converting three-dimensional product and die models into two-dimensional engineering drawings for conventional processing;
2. Digitized design of moulds: according to product model and design intention, relevant three-dimensional solid model of dies and moulds is established.
3. Digitized analysis and Simulation of mould-structure, thermal, fatigue and motion of die parts are carried out according to product forming process conditions.

4. Product forming process simulation-injection and stamping;
5. Customize standard parts and standard design process suitable for company's mould design;
6. Mould production management.

Professional software analysis and engineering evaluation are carried out for different structure and mould production in Gud Mould, reasonable structural requirements are synthesized, die structure is simplified, and technical review with customers is strengthened. Different inspection and review standards (e.g. photoelectric products, medical products, automotive products, etc.) are formulated according to different product areas to thoroughly understand design requirements. We conduct periodic evaluations to find the best way to reduce design cost of products or applications.

We have special inspection areas for raw materials, fittings and die holders to strictly control quality of all kinds of raw materials, including accuracy of various processing dimensions, material hardness and raw material analysis. 3D Coordinate Measurement, spectrometer, hardness tester and other measuring equipment are used to inspect and output results according to drawings and inspection standard process.
Through online MES and OA system, Gud Mould monitors quality of die process and pre-test spot inspection. Supported by abundant and effective measuring equipment resources and human resources, it controls every dimension and problem point of mould, and ensures delivery rate of mould is 100%.
We have a strict quality management system, and equipped with a number of high-precision testing equipment imported from Japan.
From production to delivery, quality control permeates every link. At the same time, we also have strict certification procedures for suppliers to ensure quality of raw materials and turnover materials.
Examination items include:
(1) Mould embryo detection.
(2) Steel testing.
(3) Inspection of standard parts of dies.
(4) Electrode detection.
(5)Inspection of in-house processed parts.
(6)Die inspection before shipment.
(7)Full-scale inspection of plastic products in.

Mould design
Based on 3D product data provided by customers, with aim of high quality, low cost, excellent technology and strong structure, die structure data are designed according to requirements of customers' standards, and summarized in the field processing and debugging to improve die structure data.
Help customers adjust wall thickness of products reasonably and find the best balance between product quality and production cost.
Predict weld mark, gas mark, trap and other defects of product appearance, predict and control them on the mould.
Predict product deformation, help customers to improve product assembly structure, pre-design to avoid deformation.
Reasonable arrangement of glue feeding and cooling system can achieve the best process effect and the most economical investment.
Provide optimized production process parameters to help customers solve product injection production problems.
Participate in product design to support customers, and carry out feasibility analysis of product and die structure, remove problem points in the early stage, save time and cost for die design and processing, and improve quality.

Mould production
Engineering Department determines exterior requirements of die cavity, structural accuracy requirements, and spare parts and manufacturing standards; then PE engineer makes process sheet and process control sheet; and determines difficulties, key points and error-prone points of the whole die processing for technical department to follow up, improve and supervise.
Our team is a high-quality team who is good at manufacturing high-demand and difficult moulds. Gud Mould's employing system and salary system give them new technical ability and a stronger sense of responsibility. "Act now, deal with it immediately" is our mantra and inertia.
Mould making: NC layered processing combination is used to detect model defects through photographic scanning measurement and design comparison.NC Machining: All 2D parts of die base and insert are processed by three-axis NC, and all 3D parts are processed by five-axis high-speed NC after quenching, so as to ensure machining accuracy to ensure quality of mould.
Research and debugging: Independently form a debugging team with more than five years' experience and specialize in debugging.

Product Production
With vertical, horizontal and dual-color moulding imported all-electric equipment, Gud Mould have rich manufacturing experience for high-light, special engineering materials, transparent, electroplating products, forming technology is in the forefront of injection industry. Continuous application of automation devices greatly enhance efficiency and ensure product stability. Use of all-electric injection moulding equipment and automated production process, Different types of monochrome and multi-color forming machine equipment from 30 to 1300 tons, continuous improvement, excellence, full participation in improving quality, efficiency and cost, constantly improve customer satisfaction, and strive to becom industry leader!
Gud Mould has independent engineering department, quality control department and injection department, which ensures quality of injection moulding products and makes production process more scientific and stable. We know performance of PP, POM, PVC, PC, PPS, PBT, PA46, PA6, injection molding process, mold technology. We are proficient in hot oil machine, oil pressure core-pulling, hot runner, casting and other technology.
Assemble
Provide customers with large-scale assembly and manufacturing operations, integrated assembly and manufacturing services including project, process technology, production, manufacturing, warehouse, quality etc., Gud Mould have a modern dust-free workshop, adopt 6S on-site production management, implement target index management for each team, and follow up the whole production process in real time. We pay attention to skill training and assessment of operators, implement independent inspection of 3P, strictly control product traceability, comprehensively guarantee quality control of assembly process, ensure quality of customer products, and provide customers with the most lean assembly manufacturing production.