Cake & Dessert Supplies Manufacturer: 21 Products, 1 Factory

UGI Packaging manufactures 21 wholesale cake and dessert supplies — from 300 gsm greaseproof doilies to multi-tier acrylic LED stands — in one ISO 9001-certified Guangzhou factory with a 5-stage QC system and custom logo printing from MOQ 500 units.

Category 1 — Display & Presentation Structures

Fig.1 — UGI Packaging acrylic LED cake stand, 5 mm optical-grade acrylic, fillable riser

This category encompasses five acrylic and transparent plastic structures designed for professional dessert table presentation. The flagship item is the 2-piece LED Acrylic Cake Stand with Fillable Riser — a stackable two-tier system manufactured from 5 mm optical-grade acrylic sheet, laser-cut to a dimensional tolerance of ±0.1 mm, with an integrated LED lighting channel routed into the base tier. The LED module runs on a 3×AAA battery pack housed in a recessed compartment, allowing table presentation without exposed wiring.

Alongside the LED variant, UGI Packaging (ukugi.com) produces a non-illuminated 2-piece stackable riser and a 3-piece luxury transparent dessert stand set — the latter using 8 mm acrylic for the primary pedestal to support multi-tier wedding cake loads up to 8 kg per tier. The 10-piece transparent mini cake and candy stand set uses 3 mm sheet with a pressure-fit base-to-column join requiring no adhesive. Completing this category is the acrylic cake display board with integrated edge smoother — a dual-function rotating platform finished to a 125-grit polished edge standard.

Category 2 — Paper-Based Disposable Liners & Mats

Fig.2 — 300 gsm round lace paper doilies, rotary die-cut to ±0.3 mm tolerance

Three paper-based liner products anchor this category. The 150-piece Round Lace Paper Doily set is produced from 300 gsm unbleached kraft or 250 gsm bleached white paper, die-cut with a precision rotary die achieving consistent 0.8 mm lace-tooth geometry. Die-cutting tolerance is ±0.3 mm, verified at first-off and at every 2,000-unit interval during production runs.

The Paper Chocolate Truffle Candy Cups are formed from 65 gsm food-grade paperboard using a multi-stage cup-forming press that simultaneously rolls the sidewall and flanges the rim. The Biodegradable Square Cupcake Liner uses a PLA-coated 70 gsm base sheet certified to 90-day industrial composting standards under EN 13432 — a material differentiator over standard foil liners widely used by competing suppliers of cake dessert supplies.

Category 3 — Food-Grade Barrier & Wrapping Materials

Fig.3 — Sage green wax paper, 40 gsm base with 18–22 g/m² dual-face paraffin wax coating

Three flexible cake dessert supplies barrier materials each serve a distinct food-contact application. The Sage Green Wax Paper (400 sheets, 300 × 300 mm) is manufactured from 40 gsm base paper coated on both faces with 18–22 g/m² food-grade paraffin wax. The gradient sage green colourway is achieved via a water-based tint added to the wax emulsion prior to coating — maintaining full food-contact compliance throughout the colouring process.

The Non-Stick Silicone Baking Paper uses a 40 gsm glassine base coated both sides with a 0.08 mm silicone layer, certified −60 °C to +220 °C. The Disposable Aluminium Foil Food Cover is produced from 0.025–0.04 mm gauge food-grade aluminium, circular die-cut with a crimped edge for resealable fit over 200–350 mm diameter bowls and pans.

Category 4 — Disposable Tableware & Party Service Sets

Fig.4 — 190 gsm single-wall PE-laminate paper cups; custom logo offset-printed from MOQ 500

Four tableware formats serve the party, catering, and tasting segment of UGI Packaging’s cake dessert supplies portfolio. The Disposable Small Paper Cups are manufactured from 190 gsm single-wall paperboard with PE laminate interior for liquid resistance. Custom logo printing is available from MOQ 500 units — up to 4-colour CMYK plus one Pantone spot colour via offset lithographic printing.

The 200-piece Paper Plates and Napkins Set is produced as a unified print job ensuring colour consistency across all item types. The 50-pack Biodegradable Cornstarch Soup Bowls (PLA+starch compound, 2.5 mm wall, microwave-safe) and the Individually Wrapped Cutlery Set (heat-sealed poly wrap with printed OPP label) complete this category’s food-service range.

Category 5 — Cake Decoration Accessories

Fig.5 — Laser-cut 3 mm gold-mirror acrylic topper; UV resin letter infill, ±0.1 mm tolerance

Four decoration accessories demonstrate UGI Packaging’s precision finishing range. The Acrylic Gold Happy Birthday Cake Topper is manufactured via laser cutting from 3 mm gold-mirror acrylic at ±0.1 mm precision, followed by UV resin infill for letter outlines — creating a dimensional effect without secondary tooling costs. Custom text toppers follow the same workflow, enabling personalised batches for event hire companies and wedding venues.

The Mr & Mrs Acrylic Cake Topper features simulated rhinestones UV-cure-adhered into pre-routed acrylic recesses and pearl beads on gold-plated wire stems. The Mini Golden Plastic Crowns are injection-moulded ABS electroplated with 1-micron gold. The Kraft Paper Candy Gift Boxes are folded from 350 gsm kraft board with a pre-tied satin ribbon bowknot, available in wholesale packs of 50.

Category 6 — Professional Baking Tools

Fig.6 — Bread lame scoring tool; 2 mm 304 stainless arc blade carrier on 14 cm beech handle, 5-blade kit

The Professional Bread Lame Scoring Tool is built around a 14 cm seasoned hardwood handle with a blade holder milled from 2 mm 304 stainless steel to produce the concave arc angle preferred by artisan sourdough bakers. Each set ships with 5 replacement blades and a polypropylene blade guard — a packaging format designed for retail display at bakery supply wholesalers who stock cake dessert supplies and professional baking tools alongside one another. Custom printing is available on the guard packaging.

The Foldable Toast Slicing Knife Holder is injection-moulded from food-grade PP with a living-hinge mechanism tested to 10,000 open/close cycles. Internal guide channels produce uniform 12 mm slices — the standard toast thickness for Western European markets. Both tools are available unbranded for white-label wholesale or with custom outer carton printing for branded retail.

2.1 Acrylic Fabrication — Display Stands & Risers

Fig.7 — 5 mm optical-grade acrylic stackable riser; pressure-fit column-to-base joint

All five acrylic display structures in the UGI Packaging range are cut from cast acrylic sheet on a CO₂ laser cutting system operating at a beam diameter of 0.1 mm, achieving the stated ±0.1 mm dimensional tolerance across all cut edges. Cast acrylic is specified in preference to extruded acrylic for this application because cast sheet has a more uniform molecular weight distribution — it behaves predictably under the heat of the laser beam and produces a cleaner, fire-polished edge that requires no secondary sanding. Three thickness grades are used across the range, each matched to a load requirement.

The 3 mm sheet used in the Mini Cake and Candy Stand (10-piece set) is appropriate for individual cupcake and macaron presentations where the maximum per-unit load is under 400 g. The 5 mm sheet — specified for both the LED stand and the non-illuminated riser — provides sufficient column rigidity to support a filled interior (decorative items, flowers, sand, or water) plus the cake or pastry load above, with a tested static load capacity of 4 kg per tier. The 8 mm sheet reserved for the primary pedestal of the 3-piece Luxury Dessert Stand extends this to 8 kg per tier, meeting the load demands of a 3-tier stacked fondant cake for a formal wedding table.

2.2 Paper & Paperboard Structures — Liners, Cups & Mats

Fig.8 — 65 gsm food-grade paper truffle cups; simultaneous sidewall roll and rim flange forming

Paper-based structures in the UGI Packaging cake dessert supplies range span three distinct forming processes. The lace paper doily is the simplest structurally — a flat die-cut sheet requiring no folding or forming — but demands the highest dimensional precision because the lace border pattern is created by a 0.8 mm tooth-pitch rotary die. Rotary die-cutting at this tooth pitch requires the paperboard to maintain a consistent caliper (thickness) across the entire sheet; variation of more than ±5% in caliper causes the lace teeth to tear rather than cut cleanly. UGI Packaging specifies 300 gsm virgin kraft with a maximum caliper variation of ±0.02 mm for this product.

The truffle and candy cup forming process is more mechanically complex. The 65 gsm food-grade paperboard blank is fed into a cup-forming station where a male mandrel and female die compress the blank simultaneously against a heated forming ring. This single-stage operation rolls the sidewall, creates the base disk crimp, and flanges the top rim — all in one press stroke. The advantage of this approach over a two-stage roll-then-flange method is that the joint between the sidewall and base is formed under uniform heat and pressure, producing a leak-resistant seam without adhesive.

2.3 Flexible Barrier Materials — Wax Paper, Silicone Baking Paper & Foil

Fig.9 — Silicone baking paper, 40 gsm glassine base with 0.08 mm dual-side silicone coating

The three flexible barrier materials in the range each use a different coating technology to achieve their respective food-contact performance. The wax paper applies paraffin wax via a hot-melt curtain coater — the base paper web passes through a heated curtain of molten wax at a line speed calibrated to deposit 18–22 g/m² per face. This coating weight is the minimum required to achieve the grease-hold time needed for a standard 4-hour ambient bakery display, validated against penetration testing using a standardised oleic acid challenge. The sage green gradient colourway is produced by adding a water-based food-contact pigment concentrate to the wax melt tank prior to the coating run — the pigment is uniformly distributed through the wax layer and does not affect the coating weight or barrier performance.

The silicone baking paper uses a fundamentally different coating chemistry: a platinum-catalysed addition-cure silicone emulsion is applied by a metering roll coater to both faces of a 40 gsm super-calendered glassine base, then cured in a tunnel oven at 160 °C. The cured coating thickness of 0.08 mm per face is measured by cross-section microscopy at the start of each production run. This silicone layer is responsible for the release performance across the −60 °C to +220 °C service range — the platinum-cure chemistry produces a thermoset network that does not melt or flow at baking temperatures, unlike peroxide-cure silicones which can begin to soften above 180 °C.

2.4 Disposable Tableware Structures — Cups, Bowls & Cutlery

Fig.10 — 12 oz PLA-cornstarch composite bowl; 2.5 mm wall, leak-resistant rim roll, microwave-safe

The tableware category presents the widest structural diversity in the UGI Packaging cake dessert supplies range — and the broadest range of food-contact compliance requirements. The small paper cups are the most structurally conventional: a 190 gsm single-wall paperboard sidewall wrapped and seamed around a base disk, with a single PE laminate layer (18–22 gsm) applied to the interior face of the sidewall before forming. This PE layer creates the liquid barrier that makes the cup suitable for cold-fill applications such as ice cream and mousse tasting portions. The PE layer is not applied to the exterior — keeping the exterior printable by offset or flexographic methods without requiring a special ink system.

The biodegradable cornstarch soup bowl uses a compression-moulding process that is fundamentally different from paper cup forming. A pre-weighed quantity of PLA-cornstarch compound granules is loaded into a heated mould at 160–180 °C and compressed under 80–120 bar of hydraulic pressure for 15–25 seconds. The result is a solid-wall bowl with no visible seam, 2.5 mm nominal wall thickness, and a rim roll that provides both structural rigidity and the leak-resistant seal needed for liquid foods. Microwave-safe certification is achieved because the PLA-starch compound does not contain metal particles and remains dimensionally stable up to 85 °C — adequate for reheating at standard microwave power levels.

2.5 Decoration Accessories — Acrylic Toppers, Metal Plating & Folded Kraft

Fig.11 — Mr & Mrs acrylic topper; simulated rhinestones UV-cure set into pre-routed recesses

The decoration accessories category requires the most diverse set of manufacturing processes in the UGI Packaging cake dessert supplies range. The acrylic birthday cake topper is produced by a two-step laser fabrication and UV-cure resin infill process. In the first step, the letter and graphic elements are laser-cut from 3 mm gold-mirror acrylic at ±0.1 mm positional accuracy. In the second step, coloured UV-cure resin is dispensed into the letter voids using a precision syringe, then cured under a 365 nm UV lamp for 30 seconds. The resin infill creates a dimensional raised letter effect without requiring secondary tooling such as an embossing die — a significant cost advantage for personalised small-batch orders.

The Mr and Mrs topper takes the acrylic fabrication process further by incorporating rhinestone and pearl elements. Pre-routed recesses (1.5 mm depth, 4 mm diameter for rhinestone positions) are cut into the acrylic during the laser stage. Simulated diamond rhinestones are placed into these recesses individually under a 10× inspection loupe and bonded with UV-cure optical adhesive, then cured for 60 seconds. Pearl beads are threaded onto 0.3 mm gold-plated steel wire, formed into a loop, and the wire ends inserted into 0.4 mm pre-drilled holes at the topper base, secured with two-part epoxy.

2.6 Professional Baking Tools — Material Specifications

Fig.12 — Food-grade PP foldable toast slicer; living-hinge tested 10,000 cycles; 12 mm guide slots

The bread lame scoring tool combines three material categories in a single product. The wooden handle is produced from kiln-dried European beech (Fagus sylvatica) to a moisture content of 6–8% — this range prevents the handle from warping or splitting during the seasonal humidity variation that occurs in commercial bakery environments. The handle is turned on a CNC lathe to a nominal diameter of 18 mm with a 14 cm working length, then sanded to 180 grit and finished with two coats of food-safe linseed oil. The stainless steel blade holder is waterjet-cut from 2 mm 304 stainless sheet to the arc carrier profile, then deburred and passivated in a citric acid bath to remove free iron from the cut surface — essential for a tool that will be stored in a humid bakery environment.

The foldable toast slicer is injection-moulded from food-grade polypropylene homopolymer (PP-H) — specifically, a grade with a melt flow index of 12 g/10 min that flows well into the thin-wall sections of the guide channel geometry. The living hinge — the 0.5 mm thin section connecting the two halves of the body — is the most demanding feature to mould correctly. At 0.5 mm, the PP must be injected at sufficient speed to fill the hinge before it freezes, but not so fast that jetting marks appear on the hinge face. UGI Packaging’s tooling specifies a 3-gate injection system that balances fill time and hinge quality across the multi-cavity mould. The hinge is tested to 10,000 open/close cycles without cracking — the standard fatigue criterion for living-hinge kitchenware per ISO quality management guidelines, and the same durability standard applied across all professional baking tool cake dessert supplies in this range.

3.1 Offset Lithographic Printing — Paper Cups, Plates & Kraft Boxes

Fig.13 — Offset-printed floral paper plate and napkin set; CMYK + 1 Pantone spot, ΔE ≤ 1.5

Offset lithographic printing is the primary process for all paper-based flat-sheet products — paper plates, napkins, paper cups, kraft candy boxes, and custom-border lace doilies. The offset process transfers ink from a metal plate to a rubber blanket, then from the blanket to the paper substrate. The blanket step makes offset compatible with the slight surface irregularities of kraft paper and food-grade board — the rubber conforms to minor texture variations in a way that a rigid gravure cylinder cannot, producing dot-gain-controlled halftone reproduction on natural-finish substrates without requiring a calendered coating.

UGI Packaging’s offset printing line runs at 175 lpi screen ruling — the commercial packaging standard that balances dot gain control with the tonal range needed for photographic illustration. Colour is managed through four-colour CMYK with up to two additional Pantone spot colour units per run. The press is profiled to ISO 12647-2 and re-characterised every 500 press hours using a spectrophotometric measurement protocol, maintaining the stated ΔE ≤ 1.5 colour tolerance. All inks for food-adjacent products are selected from a food-safe system compliant with EU Regulation 10/2011 and EuPIA Good Manufacturing Practice guidelines, with pigments specified to remain on the exterior face and not migrate through the paperboard to the food-contact interior.

3.2 Flexographic Printing — Wax Paper, Silicone Sheets & OPP Labels

Fig.14 — Flexo-printed PLA cupcake liner; water-based ink system, EN 13432 compostable

Flexographic printing is the process of choice for flexible web substrates — wax paper rolls, silicone baking paper, OPP cutlery labels, and PLA cupcake liner stock. The flexo process uses a photopolymer relief plate on a rotating cylinder; raised image areas pick up ink from a laser-engraved ceramic anilox roll and transfer it to the moving web. The anilox cell volume (typically 4–8 cm³/m² for food-packaging flexo) determines the ink film weight deposited — a precisely controlled parameter that prevents the ink build-up in shadow tones that degrades the food-safe ink performance. UGI Packaging specifies water-based ink systems exclusively for all flexo printing on food-contact flexible substrates, ensuring zero aromatic solvent content and negligible VOC emissions during production.

For the sage green wax paper specifically, the colour is not delivered via the flexo press but by introducing a water-based food-contact pigment concentrate into the wax melt tank prior to the curtain-coating run. The pigment distributes uniformly through the wax layer rather than sitting as a surface ink film — eliminating any risk of the colour rubbing off onto food products during wrapping. This wax-tinting approach produces the gradient green colourway visible across the full 300 × 300 mm sheet area without requiring a separate printed pass, reducing both the production cost and the food-safety compliance burden for this item.

3.3 UV Digital, Screen Printing & Laser Engraving — Acrylic Surfaces

3.4 Hot Stamping — Kraft Candy Boxes & Premium Paper Items

Fig.15 — 350 gsm kraft candy box; gold hot-stamp logo option, pre-tied satin ribbon included

Hot stamping is available on the 350 gsm kraft candy gift boxes and on any paper-based product requiring a metallic or holographic finish. A heated metal die is pressed against a metallic foil roll at 100–130 °C for 0.3–0.8 seconds — activating a release coating that bonds the metallic layer to the paper substrate at the contact area and releases it from the carrier film as the die lifts. UGI Packaging maintains four standard foil rolls: gloss gold, gloss silver, matte gold, and holographic rainbow, plus the ability to source any Kurz or API foil grade on request.

For the kraft candy boxes, gloss gold foil provides the highest visual contrast against natural brown kraft stock — producing the warm-toned metallic logo effect consistent with the handcraft and artisan brand aesthetic common among the patisseries and event companies who source this product at wholesale. The stamping die for a standard rectangular logo is amortised across the first production run at no additional charge for orders of 500 units or more. Custom text or complex artwork dies take 5–7 additional working days to produce and are re-usable across subsequent repeat orders.

3.5 Colour Management Protocol — Cross-Product Consistency

4.1 Food-Contact Surface Standards & Regulatory Compliance

4.2 Barrier Coating Systems — Grease, Moisture & Heat

Fig.16 — Alloy 8011 aluminium foil cover, 0.025–0.04 mm gauge; crimped edge, rated to +220 °C

Four distinct barrier coating systems are deployed across the UGI Packaging cake dessert supplies range, each engineered for a specific contact medium and temperature profile. The paraffin wax coating on the sage green wax paper (18–22 g/m² per face) provides oil and moisture resistance at ambient temperature — it is not rated for oven use because paraffin wax melts at 46–68 °C. The silicone coating on the baking paper (0.08 mm per face) extends the heat barrier to +220 °C via the thermally stable Si–O backbone of the platinum-cured silicone polymer. The PE laminate on paper cups (18–22 gsm) provides cold-fill liquid resistance but is not suitable above 60 °C — the PE layer softens and the cup deforms. The aluminium foil cover needs no organic coating: the alloy 8011 metal itself is impermeable to gas, moisture, and light from −40 °C frozen storage to +220 °C oven cover use.

The PLA coating on the biodegradable cupcake liner and the PLA-starch compound of the cornstarch bowl both operate in a different performance envelope: they provide grease and liquid resistance at room temperature and modest warm-fill temperatures (up to 60 °C for PLA), but begin to soften above that threshold — precisely the characteristic that enables industrial composting at 55–60 °C process temperature. This engineered trade-off between food-service performance and end-of-life biodegradability is a defined specification that packaging material analysts have extensively documented. UGI Packaging communicates it clearly to buyers sourcing these items for ambient-temperature dessert service.

4.3 Lamination & UV Coating — Kraft Boxes & Premium Paper Finishes

4.4 Electroplating — Mini Crown Accessories

Fig.17 — ABS injection-moulded crown; 6-stage barrel electroplate, 1-micron gold final layer

The electroplating process on the mini golden crowns is a 6-stage barrel plating sequence. Alkaline degreasing removes mould-release residues from the ABS surface; acid etch micro-roughens the surface to improve electroless nickel adhesion; electroless nickel strike deposits a 1–2 micron conductive layer enabling subsequent plating; copper intermediate plate (8–10 microns) provides deposit thickness and a smooth base; bright nickel strike improves corrosion resistance; and gold electroplate from a gold sulphite bath is deposited at a nominal 1-micron thickness.

The 1-micron gold specification is validated by X-ray fluorescence (XRF) non-destructive thickness measurement on a random sample of 5 crowns per 1,000-unit production batch — the same QC standard used in costume jewellery manufacturing, and consistent with quality benchmarks published by the European packaging manufacturing standards body FEFCO for decorative component verification. At 1 micron, the gold layer provides tarnish resistance for approximately 6 months of ambient indoor storage. Buyers requiring higher durability for repeated rental-event use can specify 2-micron gold, extending the estimated tarnish-free service life to over 2 years.

6.1 In-House Design Infrastructure

6.2 OEM & ODM Workflow — 5 Steps from Brief to Production

6.3 Case Study — Bellwood Patisserie Ltd

Fig.18 — 3-piece luxury acrylic dessert stand set; 8 mm primary pedestal, 8 kg tier capacity

Bellwood Patisserie Ltd, a UK-based artisan dessert company supplying wedding venues and private events across the South East of England, approached UGI Packaging in early 2024 with a specific brief: unify the visual identity of their entire dessert table setup across display stands, paper liners, wax wrapping paper, and favour boxes — all in a proprietary dusty sage green and warm gold colourway — for a minimum order of 2,000 sets per quarter. Their previous supply arrangement used three separate vendors for different product categories, resulting in visible colour inconsistencies between the acrylic stands (which had a cooler grey-green tint) and the printed kraft boxes (which had a more yellow-green) — a recurring complaint from venue clients photographing the dessert tables.

UGI Packaging’s design team established a single CIE Lab colour target for the Bellwood sage green across all substrates — optical acrylic tint, offset-printed kraft, flexo-printed wax paper, and hot-stamp foil selection — and produced cross-substrate proofs before any tooling was committed. The 3-piece luxury acrylic dessert stand set was specified in a custom sage-tinted 8 mm base acrylic with laser-engraved Bellwood logo and warm gold UV resin infill. The 50-piece kraft candy boxes received matte BOPP lamination plus a gloss gold hot-stamp logo. The 400-sheet wax paper was produced with the sage green wax-tint process described in Chapter 3.

Related Resources — Cake Dessert Supplies

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