A custom pizza peel is a thin-gauge metal blade, usually aluminum or stainless steel, joined to a handle. Most of its performance comes from four decisions: the blade material and thickness, the edge and lip geometry, the surface finish, and how the handle is attached.
1. What Makes a Peel "Custom"?
Off-the-shelf peels are made for the average user. A custom project usually starts because the standard product fails in one of these ways:
- The blade must fit a specific oven, such as a compact outdoor pizza oven with a narrow door.
- The handle must fold, telescope or detach for retail packaging or shipping.
- The brand needs a particular finish, an etched or embossed logo, or a colour.
- Perforation or blade profile has to be tuned for a certain dough hydration or bake style.
ACRO Metal's Pizza Peel product page describes its peels as having a smooth surface, precision-cut edges and an ergonomic handle. The stated aim is to slide under a pizza without damaging its shape, in both professional and home kitchens (source: ACRO Metal, Pizza Peel product page). Those are the qualities to specify and inspect on any custom order.
2. Choosing the Blade Material
Material is the first decision because it limits thickness, weight, finish and cost. The table summarises general engineering practice. It is not a guarantee for any specific supplier.
| Material | Strengths | Trade-offs | Best for |
|---|---|---|---|
| Aluminum alloy sheet (e.g. 5xxx or 6xxx series) | Light, easy to form, good heat tolerance, thin lip is possible | Softer, so it scratches and dents; may need anodizing for durability | Professional pizzerias and high-volume use where weight matters |
| Stainless steel (e.g. 304 grade) | Corrosion resistant, dishwasher friendly, dent resistant, premium look | Heavier, harder to form, higher material cost | Premium retail lines, outdoor kitchens, wet or humid environments |
| Perforated aluminum or stainless | Sheds excess flour, lighter, less sticking | Extra punching or cutting step; hole edges must be deburred | Turning peels and oven-side use |
Note: request the mill certificate for the exact alloy and temper you order. Two "aluminum" peels can differ noticeably in stiffness.
Practical insight: blade stiffness depends on thickness and on the geometry you form into the sheet. A stamped or bent stiffening feature, such as a rolled edge, a rib or a transition at the handle joint, often lets you use thinner, lighter material at the front lip without the blade flexing under a loaded pizza. Reducing weight this way is usually cheaper than moving to a costlier alloy.
3. Blade Geometry: The Details That Decide Performance
- Leading-edge taper: a tapered lip slides under dough without tearing it. The taper must be consistent across the whole width, because an uneven edge drags on one side.
- Edge finish: cut edges must be deburred and broken. This matters for both hand safety and for keeping dough from catching.
- Flatness: a bowed blade rocks on the oven deck and lets dough stick. Flatness after forming, welding and finishing should be a written inspection item.
- Corner radii: generous corners improve safety and cleaning and reduce stress cracks in the blade.
- Surface texture: a smooth surface suits a peel used for loading. A lightly textured or anodized surface can reduce sticking. Test it with your own dough before approving.
4. Manufacturing Routes: Which Process Fits Which Volume?
A peel is a flat, thin part with a few bends and joints. Several processes can make it, and the right one depends on quantity, shape complexity and tooling budget.
| Process | Typical role in a peel | Fits when |
|---|---|---|
| CNC punching / profile cutting | Blade outline, perforation patterns, logo cut-outs | Prototypes, small runs and frequent design changes with no hard tooling |
| CNC press-brake bending | Raised rims, handle brackets, folded stiffeners | Repeatable bends on thin sheet |
| Progressive or single-station stamping dies | High-volume blades, brackets and end caps | Stable design and enough volume to justify tooling |
| CNC machining (milling / turning) | Handle sockets, ferrules, folding-hinge parts, custom fasteners | Tight-fit components that stamping cannot hold economically |
| TIG / robotic welding | Joining blade to handle tube or bracket | Permanent, hygienic joints |
A tip we give buyers: prototype with CNC cutting and bending first, then commit to stamping dies once the geometry is frozen. Die changes are far more expensive than a revised programme on a CNC punch or brake. Hybrid routes are common. A CNC-cut blade can carry a stamped bracket, and a CNC-turned handle insert can be welded to a formed blade.
5. Handle Design and Attachment
The blade-to-handle joint is where most peels fail in the field, so choose it deliberately:
- Riveted or bolted: allows mixed materials such as an aluminum blade with a wood or polymer grip. Confirm that rivet heads sit flush so flour and dough cannot lodge around them.
- Welded: gives the cleanest, strongest joint and is well suited to all-stainless designs. Weld spatter and heat distortion must be controlled and the surface re-finished afterwards.
- Folding or telescoping: convenient for packaging and outdoor use, but it adds moving parts. Specify the tolerance on the hinge or lock, and test that it does not loosen after repeated use.
- Heat isolation: the handle should stay comfortable near an oven mouth. Long handles, heat-resistant grips or hollow sections help.
6. Finish and Food-Contact Compliance
Because a peel touches food, finish and materials need attention. Depending on your market, ask your manufacturer to support documentation against the relevant food-contact framework. Examples are Regulation (EC) No 1935/2004 in the European Union and the FDA's food-contact requirements in the United States. Requirements differ by material and coating, so confirm which apply before you order and ask for supporting test reports. Common finishes include brushed or polished stainless, mill-finish aluminum, and anodized aluminum. Avoid decorative coatings on the food-contact face unless they are tested and documented for that use.
7. Why a Stamping-and-CNC Supplier Suits This Product
ACRO Metal Products Ltd. was established in 2003 and works in stamping, welding and assembly manufacturing. It lists more than 100 sets of processing equipment. These include stamping presses from 16 to 500 tons, AMADA CNC punching and bending machines, HAAS CNC machining centres and lathes, and Panasonic welding robots. The company also states that its tooling workshop designs and makes single-station and progressive dies in-house.
| Peel requirement | Relevant published capability | Learn more |
|---|---|---|
| Blade blanking and perforation | AMADA CNC punching machines | Stamping Parts |
| Rims, folds and brackets | AMADA CNC press brake; 16–500T presses | Product Equipment |
| Handle joining | TIG welding (manual and automatic), Panasonic GMAW | Welding Parts |
| Hinges, sockets, small precision parts | HAAS CNC machining centre and lathes | Assembly Parts |
| Quality system | ISO 9001:2015 and IATF 16949 certifications stated | Quality Inspection |
Source: ACRO Metal Products Ltd., acro-metal.com and Product Equipment page.
The company describes its work as serving the pizza peel, garage door hardware, automotive and office furniture sectors (see the Pizza Peel application section), and it also offers outdoor kitchenware. That mix of formed sheet metal, welded joints and small machined components matches what a peel needs.
8. Industry Update: Outdoor Kitchenware Is Drawing International Attention
ACRO Metal reported that it exhibited at the International Hardware Fair Cologne from March 3 to 6, 2026, showing custom metal stamping components and outdoor kitchen and dining products. The company said its outdoor kitchenware series was a highlight of the booth (source: ACRO Metal company news, March 18, 2026). For pizza-peel buyers, the takeaway is that outdoor cooking is a category where custom, formed-metal accessories are sold alongside hardware. More news is on the Industry News page.
9. RFQ Checklist: What to Send for an Accurate Quote
| Item | What to specify |
|---|---|
| Drawing or sample | 2D drawing (DXF/PDF) or 3D model (STEP), or a reference sample |
| Blade size and thickness | Width, length, gauge, lip taper and corner radii |
| Material and finish | Alloy and temper, plus surface finish or anodizing requirement |
| Handle | Length, material, fixed or folding, attachment method |
| Perforation / logo | Hole pattern, or logo artwork and method (cut, laser, emboss) |
| Compliance | Target market and required food-contact documentation |
| Quantity and packaging | Trial quantity, annual volume, retail or bulk packing |
| Inspection | Critical dimensions, flatness limit and sampling plan |
10. Frequently Asked Questions
Is aluminum or stainless steel better for a pizza peel?
Aluminum is lighter and forms a thinner lip, which is why it is common in pizzerias. Stainless steel resists corrosion and dents better and suits premium or outdoor products. Choose based on user, environment and price point.
Do I need stamping dies for a small first order?
Usually not. CNC cutting and bending can produce prototypes and small batches without dedicated dies. Move to stamping when the design is stable and volume justifies tooling.
Can a peel be customised with my logo?
Yes. Logos can be cut out, etched, laser-marked or embossed. Confirm the method with your supplier, because each affects the food-contact surface and finish differently.
How do I keep quality consistent between batches?
Agree on a written drawing with critical dimensions, a flatness limit and an approved golden sample. Then ask for first-article and batch inspection reports. See how ACRO structures this on its Quality Inspection page.



