Our technology—3D Relief Maps Technology

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3D Relief Maps Technology

Product Class

3D Relief Maps represent a class of relief maps in which the parameters of landscape elements are calculated with consideration of lighting and shadow effects.
The height of the relief elements reaches 85 mm (3.35”), and the density of these elements combined with light-shadow characteristics creates a true panoramic effect.

These 3D relief panoramas produce a vivid visual impression of a living, three-dimensional landscape seen from a bird’s-eye view, conveying the real dynamics and detailed structure of mountain terrain.

Base Material

The base material for both elevated relief panoramas and relief maps is identical—a PVC plastic sheet with a thickness of t = 0.3 mm.

Features of the Production Technology

fourfold increase in relief height—from the traditional 20 mm (typical for vacuum forming) up to 110 mm—has been achieved thanks to three innovative technological operations that complement the classical relief map manufacturing process.

The process includes the following additional stages:

  • Material calibration
  • Image focusing
  • Ribbing
  • Full-color image application

About TESTPLAY Technology and Intellectual Property Rights

The production technology and specialized equipment were developed by TESTPLAY engineers to fulfill orders from the Ministry of Internal Affairs (Police), the Ministry of Defense, and the Ministry of Education and Science of Ukraine.
The products are also supplied to the retail market.

All TESTPLAY products are CE-certified and safe for children.
All production equipment is fully owned by TESTPLAY.
All TESTPLAY products are patented under Patent No. RU2032230.

Description of New Technological Operations

1. Material Calibration

Calibration is the process of forming zones across the entire surface of the plastic sheet with local thickening by 20–40% through thinning of adjacent areas.
This increase in material thickness is achieved via localized heating in zones corresponding to future mountain formations.
The higher the mountain (up to 110 mm), the greater the concentration of plastic mass in that zone.
The local zones and processing speeds are determined based on a temperature field map.

Purpose: to ensure uniform plastic thickness across the entire surface area after the formation of high relief.

The calibration operation takes approximately 45% of the total production time.

2. Image Focusing

The trajectories of 2D markers are calculated for subsequent 3D plastic deformation.
The number of projection markers ranges from 85,000 to 120,000 for a final color field size of 1120 × 800 mm (44.0” × 31.5”) and a relief height of 85 mm (3.35”).
These trajectories account for the non-uniform temperature field and plastic surface tension after deformation (“spring stretching effect”).

Image focusing is the most complex and critical stage of the process and requires about 40% of total production time.

3. Ribbing

Ribbing is applied vertically (on mountain slopes) and horizontally (along riverbeds).
It involves heating the fully formed relief image—with the printed image on the inner side—using a network of 1,324 fine nozzles and channels.
After heating, these areas are rapidly cooled, which hardens the surface.
This sudden change in temperature fixes the surface tension of the relief panorama and prevents sagging when mounted on a wall.

The ribbing process accounts for up to 15% of total production time.

4. Full-Color Image Application (TESTPLAY Technology)

The image is applied to the formed 3D surface according to a specially developed program that integrates the calibration, focusing, and ribbing data.

  • Color format: CMYK
  • Resolution: up to 300 DPI

Use of 3D Maps with Panoramic Effect in Education

Following an official state expert review, and considering the didactic efficiencyclarity, and quality of the product, the Ministry of Education and Science of Ukraine granted TESTPLAY panoramas the status of educational aids, recommending them for use in schools, colleges, and universities.