Guangdong high iron model custom manufacturer, traffic vehicle model custom manufacturer
Case of high-iron scenario production: dynamic train on the high line
The case is based on a high-iron model scenario in the graphics, which is operated on the high bridge through a finely crafted reproducing train. The production focused on representation of the color mix of the vehicle, the structural details of the high bridge and the coherence of the overall environment, leading to approximately 90 per cent visual reduction.
Material selection and basic production
The frame of the car is constructed with light gills and a dice structure to ensure overall stability. Flow-type appearances are formed using 0.5 mm polystyrene plastic sheeting through heating with a hot wind gun. The window section uses pre-engineered and transparent Accelerators and the edge is polished to ensure light. The high-density plaster is used to make up the bridge, which uses the ABS plate to match the steel-coated road graft. The orbit is based on an off-the-shelf N-scale metal track, with woodline details added separately to the pillow section.
Production process
Using the "stectonic construction" method: first, the construction of a high-bridge infrastructure, then the completion of the train assembly, and finally the setting of the scene details. The vehicle system is carried out with particular attention to the consistency of the compartments and the use of locator sets to ensure that all wheels are simultaneously exposed to orbits. High-mounted bridges are produced in bulk with moulds, with the addition of template marks to the surface to simulate concrete senses. The bridge is sewn with plastic sutures, which are carved out in detail. Small trees in the scenes are made of sponge shredded dyes, and the grasslands use electrostatic grass for natural effects.
III. The coating system
Implementation of a layered coating programme:
1.
Bottom paint treatment: the body is sprayed with grey water to refill the soil, the surface level is checked for fine grinding
2.
Main colour spray: three layers of gradient spray in the orange red car, first the red colour, then the orange red, then the transparent orange booster. Sensor.
3.
Bichrome treatment: silver and black cars use black metal to bottom, dry-clean stainless steel to highlight the ambiguity Angle
4.
Details coating: Green decorations are sprayed by masking, with template positioning and spraying Light Green
5.
Old treatment: partial iron graying of wheels and light dusting of the floor
IV. FOCUS OF PROCEEDINGS
The interior of the car window is accompanied by an extremely thin printout of the passenger interior, including a chair profile and a frame structure. The headlights were drilled through a 0.2 mm drill using micro-LED lamps. The high-mounted bridge fence was made of grafts, and the surface of the bridge was painted with dust to make traces of wind and rain erosion. The road is partially asphalted, the road signs are painted and the small human model is printed in 3D and painted manually.
V. SIDE INTEGRATION TECHNOLOGY
The whole layout uses the gold partition, and the train has an enhanced vibe of the corner line. Crush marks are scattered around the orbits, and dark effects are simulated in depth and grey in the shadows of the high bridge. Grasslands are mixed with three different green herbiving materials, with small trees organized in close and small patterns. Finally, transparent resins are used to produce a reflection effect on the surface of the road, enhancing the reality of the scene.
Through a combination of traditional handicrafts and modern materials, the entire production process accurately recreates the modern sense of the high-terrestrial train and perfects the living atmosphere of the orbital traffic scene. This method of production focuses in particular on the integration of colour matching with the environment, allowing models to display a dynamic working beauty in static conditions and achieve a high degree of artistic and genuine uniformity.