Custom Vacuum Forming Tray
Ditai has complete vacuum forming production equipment and thermoforming technology, and can provide one-stop customized vacuum forming solutions. We hope to bring our customers a quality experience and efficient service from raw materials to final product presentation. Join us and let’s make a miracle together.
Thermoforming Trays
Vacuum forming Trays is an efficient packaging solution that can be designed and produced according to customer’s needs and is widely used in electronic products, auto parts, medical devices, food and other industries. It is manufactured using thermoforming process to ensure high precision and good product suitability. Its main advantages include lightweight, durability, recyclability, and support for small and large-scale production. According to the size, shape and protection requirements of different products, it can be customized to enhance packaging efficiency and transportation safety, and meet the diversified application requirements of various industries.
Customized Vacuum Forming Trays for Different Industries
Ditai offers customized vacuum formed pallets for a wide range of applications in the electronics, medical, automotive and food industries. With our own supply chain and manufacturing plants, we can optimize the pallet design according to the product characteristics to improve transportation safety and logistics efficiency.
Electronics Industry
Applicable types: electronic component trays, cell phone accessory trays, battery trays
Application Scenario: Protect precision electronic components from scratches, collisions or electrostatic damage during transportation and storage to improve product safety.
Medical Industry
Applicable types: medical equipment pallets, drug pallets, surgical instrument pallets
Application Scenario: Meet the storage and transportation needs of medical equipment and pharmaceuticals, using materials that meet industry standards to reduce the risk of bacterial contamination and ensure safety and hygiene.
Automotive industry
Applicable types: automobile parts pallet, parts pallet
Application Scenario: Suitable for storing and transporting automotive parts, customized design reduces wear and deformation of parts and improves assembly efficiency.
Food Industry
Applicable types: food transportation pallets, fruit and vegetable pallets
Application Scenario: Used for food packaging and transportation, adopting food-grade materials, providing lightweight and durable storage solutions to meet the storage and preservation needs of different foods.
Through professional customized services and strict quality control, Ditai ensures that vacuum forming trays meet the requirements of various industries, helping enterprises optimize packaging solutions and improve transportation efficiency.
Anti-Static Requirements of vacuum forming Trays
Vacuum forming trays are widely used in industries such as electronics, semiconductors, and LCD panels—not only to carry and protect products, but also to provide effective anti-static protection. According to the specific needs of different products, we offer vacuum forming tray solutions with varying levels of anti-static performance:
1. General Type (Non-Anti-Static)
With a surface resistance greater than 1×10¹²Ω, this type does not provide any anti-static functionality. It is a cost-effective option, ideal for products that are not sensitive to static electricity, and is commonly used for internal packaging and transportation.
2. General Anti-Static Type
Surface resistance ranges between 1×10⁵Ω and 1×10¹¹Ω. The anti-static effect can typically last 1 to 2 years, but may be affected by environmental humidity and frequency of use. This type is suitable for most electronic components and circuit boards that require short-term protection. It is currently the most widely used blister tray type on the market due to its balanced performance and reasonable cost.
3. Permanent Anti-Static Type
Made from modified materials with stable and long-lasting surface resistance, this type is unaffected by changes in temperature or humidity and provides continuous anti-static protection. It is typically used for high-end products such as chips, sensors, and medical devices. The cost is higher, but it offers superior and consistent performance.
Common Materials for Vacuum Forming Trays
To meet diverse customization needs, we offer a variety of commonly used materials:
1. Available options include ABS, PS, PVC, PET/PETG, PP, and more.
2. We evaluate each project based on product application, performance requirements, cost targets, anti-static level, and processing technology to recommend the most suitable material solution for our customers.
Ditai offers flexible customization services to support different materials, thicknesses and surface treatments to meet various application scenarios.
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Use of Teflon in Vacuum Forming Trays
In the vacuum forming process of trays, mold precision plays a crucial role. To enhance surface quality, a special coating known as Teflon is often applied to the mold. Teflon is a unique high-performance material that combines heat resistance, chemical inertness, excellent insulation stability, and a low coefficient of friction—offering a combination of benefits that other coatings cannot match.
Its flexibility makes it suitable for almost any mold shape or size. When applied to vacuum forming molds, Teflon significantly improves the tray’s surface smoothness and flatness, while also allowing for easier release of the formed product from the mold.
Teflon’s excellent thermal resistance enables it to perform reliably under continuous high-temperature conditions. Its non-stick properties ensure efficient demolding, enhancing productivity and maintaining consistent quality throughout the manufacturing process.
Design and Production Challenges for Vacuum Formed Trays
Design Challenges
During the design phase of the 3D drawings, the load-bearing capacity, dimensional accuracy and functional suitability of the pallet need to be considered. Due to the characteristics of the vacuum forming process, uneven wall thickness or deformation of the material may occur during the heating and stretching process. Therefore, the mould structure needs to be optimised and the reinforcement bars reasonably laid out to ensure the stability of the stressed areas. In addition, the suitability of the pallet for different equipment needs to be considered to reduce friction and wear and tear during use and improve durability.
Production Challenges
Uniform heating and precise processing are key in the vacuum forming process. Uneven heating may lead to uneven distribution of wall thickness and affect the load-bearing capacity, so the control of temperature and moulding time is particularly important. Meanwhile, the CNC cutting process after pallet forming needs to ensure precision and strict error control to ensure product assembly compatibility and stability to meet customers’ actual application requirements.
Best Practices for Using and Maintaining Vacuum Formed Plastic Trays
To ensure the long-term performance and durability of vacuum formed plastic trays, it’s essential to follow proper usage, handling, and maintenance guidelines. Below are four key recommendations to maximize tray lifespan and efficiency:
Proper Stacking and Handling
During daily use, trays should be stacked according to recommended guidelines. Avoid exceeding the designed static and dynamic load limits. Always place trays on a flat and stable surface, and control the stacking height to prevent deformation or accidental tipping. Correct stacking significantly reduces the risk of damage and extends the service life of your trays.
Regular Inspection and Cleaning
Clean trays regularly to maintain hygiene and performance. Avoid using strong acids, strong alkalis, or high-temperature water during cleaning, as these can damage the surface structure or cause plastic fatigue. Periodically inspect trays for cracks, warping, or broken joints. Replace any damaged trays promptly to avoid breakage during use.
Proper Storage Environment and Stable Management
Store trays in a dry, well-ventilated environment. Prolonged exposure to direct sunlight, extreme heat, or freezing temperatures should be avoided, as these conditions can degrade the material over time. Humidity can also soften plastic materials, so moisture control is essential for preserving tray integrity.
Avoid Overloading and Impact
The corners and formed edges of vacuum formed trays are particularly sensitive to impact. Handle trays carefully to avoid drops or heavy collisions, especially during transportation or loading. Preventing impact damage helps extend the product’s lifespan and ensures optimal performance during use.
Advantages of customised vacuum formed Trays
Precise customisation to suit your needs
Ditai offers highly customised vacuum formed trays, which can be designed according to the size, shape and functional requirements of the product, and supports a wide range of surface effects and textures to ensure a perfect match between the pallet and the product.
Lightweight and durable to enhance the efficiency of use
Adopting high-strength ABS, ASA and other materials, the pallets have excellent compression and impact resistance, while maintaining a lightweight design for easy handling, stacking and storage, and improving logistics turnover efficiency.
Optimised space, environmentally sustainable
Through reasonable structural design, we improve space utilisation and reduce product clearance, thus reducing transport and storage costs. At the same time, we focus on the application of environmentally friendly materials and support recyclable and low-pollution materials.