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HIPS/ABS Cutlery Tray Production
HIPS/ABS Cutlery Tray Production | Makser Thermoform
Cutlery trays made from HIPS or ABS sheets are manufactured through a professional vacuum–thermoforming process. Once the sheet is shaped inside the mold, trimming and finishing steps produce drawer organizers with consistent dimensions, smooth surfaces and long-term durability.
Makser Thermoform machines provide uniform heating, strong vacuum performance and fast mold change, enabling higher productivity with reduced scrap.
What Is a Cutlery Tray? Which Materials Are Used?
A cutlery tray is a thermoformed drawer insert used to organize forks, knives, spoons and other kitchen accessories. In industrial production, the most common materials are:
HIPS — High Impact Polystyrene
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- Ideal for low–medium heat applications
- Smooth surface and easy formability
- Typical thickness: 0.8–2.5 mm
ABS — Acrylonitrile Butadiene Styrene
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- Higher impact and heat resistance than HIPS
- Available in matte or glossy finishes
- Ideal for premium-quality trays
Optional Additives
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- Antibacterial compounds
- Food-contact compliant grades
- Recycled content
- Pigment masterbatch for custom colors
Quick tip:
HIPS is suitable for high-speed, cost-sensitive production. ABS is preferred for premium surfaces and improved durability.
HIPS ABS cutlery tray production
Step-by-Step Production Process
1. Sheet Conditioning
HIPS/ABS sheets (0.8–2.5 mm) are conditioned to balance moisture and temperature levels before forming.
2. Heating
Multi-zone upper and lower heaters soften the material uniformly according to the HIPS/ABS recipe.
The heated sheet is placed on the mold; vacuum draws the material into all cavities, forming detailed pockets.
4. Cooling & Demolding
After cooling, the geometry stabilizes—minimizing warpage and dimensional drift.
5. Trimming & Cutting
CNC trimming or blade trimming removes excess edges, defines holes and finalizes the outer profile.
6. Surface Inspection & Packaging
Each tray is checked for scratches, thinning, warping, orange peel texture or tolerance deviations before packaging.
Makser recommendation:
Use a multi-cavity mold to produce multiple trays per cycle—reducing total cycle time and lowering cost per unit.
Makser Thermoform — Core Advantages
✔ Uniform Heating
Independent heat zones ensure even softening across HIPS/ABS sheets.
✔ Strong Vacuum & Controlled Cycle
Ensures clean detailing, consistent wall thickness and low reject rates.
✔ Fast Mold Change
Ideal for flexible production with multiple tray models.
✔ Energy Efficiency
Smart heating modes and heat recovery options.
✔ Data Logging
Records temperature, vacuum level and cycle times for repeatable quality.
✔ Plug-Assist Compatibility
Improves material distribution in deep pockets.
Technical Parameter Guide
(Typical ranges — final values depend on project requirements)
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- Sheet thickness: 0.8–2.5 mm
- Heating temperature: 140–200°C (material datasheet dependent)
- Vacuum level: –0.7 to –0.95 bar
- Cooling time: 2–8 seconds
- Cycle time: 8–20 seconds (multi-cavity molds increase total output)
Tip:
Prepare a parameter card for each model and pin it to the operator screen—this reduces quality variation.
Quality Criteria & Inspection Points
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- Wall thickness consistency: Avoid thinning at corners and pocket bases
- Surface finish: No orange peel, flow marks or cloudiness
- Dimensional accuracy: Proper draw ratio compensation, clean radii, no burrs
- Functional tests: Drawer fitment, load tests, anti-slip base compatibility
Frequently Asked Questions (FAQ)
HIPS or ABS — which should I choose?
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- HIPS: Better for fast and economical production
- ABS: Better for scratch resistance, premium finish and higher heat stability
What is the ideal thickness?
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- 0.8–1.2 mm for shallow pockets
- 1.5–3.5 mm for deep or large organizers
What surface finishes are available?
Matte, semi-matte, gloss, textured, antibacterial or antistatic options.
How is trimming done?
Via CNC trimming, blade trimming or additional routing depending on the design.
Why Makser?
Makser Thermoform machines feature a robust frame, precise heat control, powerful vacuum and fast tooling transitions—offering a reliable solution for cutlery tray manufacturing.
Share your material, product size and target cycle time, and our team will recommend the most appropriate mold–machine configuration. 📩 For inquiries and demo requests, contact us.