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Automatic Can Sealer Machine Trends in Pet Food Packaging

Insinyur senior dan pendiri John
mia@gdhpmachine.com

Is your production line keeping pace with the explosive boom in wet pet food?

High-speed hermetic sealing, zero contamination, and smart automation are no longer optional—they are the key to staying profitable.

Here, hermetic sealing means forming a closure that limits leakage and the entry of outside contaminants. In practice, that result depends on the can, lid, sealing compound, machine settings, and inspection method—not on machine speed alone.

Understanding the latest Tren mesin penyegel kaleng is critical if you want to scale output, slash labor costs, and protect product freshness.

In this guide, you will discover the exact machinery innovations, sustainability shifts, and smart manufacturing tech reshaping the market right now.

Let’s dive in.

Macro Industry Trends Shaping Pet Food Can Sealing Automation

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Kaleng tinplate dan aluminium yang digunakan untuk makanan hewan peliharaan

The wet pet food sector is undergoing a massive shift toward full automation. Rising consumer demand for premium pates, chunks in gravy, and specialty broths has forced processors to rethink plant floor efficiency. Manual operations and semi-automatic sealers can no longer keep up with modern production quotas or safety demands.

Today’s pet food canning equipment must operate reliably at sustained high speeds while maintaining absolute seal consistency. Investing in an advanced automatic can sealer machine for pet food packaging industry trends means targeting systems that cut waste, prevent contamination, and adapt seamlessly to shifting package designs.

High-Speed Line Synchronization with Meat Slurry and Gravy Fillers

A major bottleneck in wet pet food packaging lines is liquid and fat splash. High-speed piston fillers and viscous meat slurry pumps push product into open containers at blistering rates. If the seamer cannot synchronize down to the millisecond, line vibration causes spillage, under-filled cans, and soiled flanges.

The flange is the outward rim of the can body that is folded together with the lid edge during seaming. Product trapped in this fold can interfere with the metal interlock and sealing compound, which is why a clean rim matters.

    • Smooth Infeed Handling: Driven timing screws (rotating screws that space the cans) and servo-controlled infeed starwheels (wheels with pockets that guide individual cans) deliver cans to the seaming station without jarring stops.
    • Continuous Motion Transfer: Synchronized drives match the linear speed of upstream filling lines, keeping gravy and fats inside the can.
    • Perlindungan Flensa: Preventing food particles from splashing onto the can flange ensures zero interference during mechanical seam folding.

Upstream dosing also affects flange cleanliness. Review how viscosity and particle size affect filling pumps, nozzles, and product paths when specifying equipment for meat slurries or chunky gravies.

Hermetic Double Seam Integrity to Survive Retort Sterilization

Pet food cans undergo intense thermal processing inside pressurized retorts to achieve commercial sterility. An imperfect seam that looks acceptable before cooking will fail under high-temperature retort can sealing conditions, leading to micro-leaks, pathogen entry, and catastrophic recalls.

A retort is a pressure vessel used to apply a scheduled heat process to sealed containers. cURL Too many subrequests by single Worker invocation. To configure this limit, refer to https://developers.cloudflare.com/workers/wrangler/configuration/#limits cURL Too many subrequests by single Worker invocation. To configure this limit, refer to https://developers.cloudflare.com/workers/wrangler/configuration/#limits.

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Tren Kemasan Makanan Anjing/Dalam kaleng yang Ramah Lingkungan

Untuk makanan anjing basah, kaleng yang ramah lingkungan tidak didefinisikan hanya dengan badan logamnya. Hasil lingkungan yang praktis bergantung pada bahan kaleng, kandungan daur ulang, pelapis bagian dalam, ujung buka mudah, label, proses perekat, berat transportasi, dan sistem pengumpulan yang tersedia setelah digunakan. Kaleng baja dan aluminium tetap penting karena memberikan perlindungan kuat terhadap oksigen dan cahaya serta bisa tahan terhadap proses retort (sterilisasi tekanan pada suhu tinggi). Tahap selanjutnya dari desain kaleng berkelanjutan adalah mengurangi penggunaan material dan limbah produksi sambil menjaga kemasan tetap aman, tahan lama di rak, dan dapat didaur ulang di pasar sasaran.

Mengapa Kaleng Logam Masih Penting untuk Makanan Anjing Basah

Kaleng logam memberikan penghalang umur panjang untuk makanan anjing basah, penanganan yang dapat diprediksi pada jalur pengisian dan penyambungan berkecepatan tinggi, serta perlindungan yang andal selama pemrosesan panas. Mereka juga cocok dengan sistem pemulihan logam yang telah mapan: kaleng baja dapat dipisahkan dengan magnet, sementara kaleng aluminium dapat dipulihkan melalui penyortiran non-logam. Keuntungan-keuntungan ini tidak membuat setiap kaleng otomatis berkelanjutan. Kaleng berat, pelapis yang tidak sesuai, sambungan yang terkontaminasi, atau pasar tanpa pengumpulan yang mudah dapat mengurangi manfaat sebenarnya. Perbandingan yang tepat adalah sistem kemasan lengkap dan rute akhir-hidupnya yang sesungguhnya.

Gagasan Utama Tren Kemasan Kaleng yang Ramah Lingkungan

Pengurangan Berat Tanpa Mengorbankan Integritas Sambungan

Produsen kaleng mengurangi penggunaan baja atau aluminium melalui pelat yang lebih tipis, bagian bawah dan bahu yang dioptimalkan, ujung terbuka mudah yang lebih ringan, serta konstruksi dua-buah yang lebih efisien. Untuk makanan hewan peliharaan, pengurangan berat harus divalidasi terhadap pengisian, penyambungan, tekanan retort, penyusunan, ketahanan terhadap guncangan saat terjatuh, dan getaran transportasi. Kaleng yang lebih tipis yang menyebabkan penyok, kebocoran, atau tingkat penolakan yang lebih tinggi dapat menimbulkan dampak lingkungan yang lebih besar daripada yang dihemat pada logam. Target desain seharusnya adalah bobot material terendah yang tetap memenuhi spesifikasi dimensi dan proses dari pemasok kaleng.

Baja dan Aluminium Daur Ulang dengan Kandungan yang Dapat Diverifikasi

Merek makanan hewan peliharaan meminta pemasok untuk lebih banyak logam daur ulang, tetapi klaim lingkungan harus mengidentifikasi ruang lingkup material dan bukti. Pastikan persentase merujuk pada badan kaleng, kemasan logam lengkap, material pasca-penggunaan daur ulang, atau masukan pabrik yang lebih luas. Simpan deklarasi pemasok, catatan rantai kepemilikan, dan dokumentasi kontak-pangan dengan spesifikasi kemasan. Data Australia 2023–24 memberikan tolok ukur yang berguna: kandungan pasca-penggunaan daur ulang sekitar 12% dari kemasan logam, menunjukkan kemajuan sambil juga menunjukkan bahwa logam murni tetap bagian dari campuran pasokan.

Pelapis Internal Bebas BPA dan Migrasi Rendah

Pelapis internal memisahkan makanan basah dari logam dan harus tahan terhadap keasidan, garam, lemak, panas, serta tekanan retort. Arah saat ini adalah menuju sistem pelapis bebas BPA atau migrasi lebih rendah, didukung oleh pengujian migrasi dan pernyataan pemasok untuk formulasi makanan hewan peliharaan yang sebenarnya. Peraturan Komisi UE (EU) 2024/3190 membatasi BPA dalam bahan yang bersentuhan dengan makanan. Ini mulai berlaku pada 20 Januari 2025; masa transisi utama berakhir pada 20 Juli 2026, sementara beberapa aplikasi kemasan kaleng dan kemasan logam yang tercantum memiliki pengaturan transisi yang lebih lama. Ekspor harus memastikan kategori tepat dengan pemasok pelapis mereka dan penasihat kepatuhan.

Ujung-Buka Mudah, Label, dan Desain untuk Penyortiran

Ujung-buka mudah meningkatkan kenyamanan, tetapi tutup, tab tarik, label, tinta, perekat, dan aksesori plastik apa pun harus ditinjau sebagai satu sistem pemulihan. Gunakan kombinasi tutup dan kaleng yang tetap stabil melalui penyambungan dan retort, hindari peralatan non-logam yang tidak perlu, dan pilih label serta perekat yang tidak mencegah identifikasi atau penyortiran. Informasi material yang jelas juga membantu konsumen menempatkan kaleng kosong ke aliran pengumpulan yang benar.

Penyambungan dengan Integritas Tinggi untuk Mencegah Pemborosan Makanan

Sampah kemasan hanyalah bagian dari perhitungan lingkungan. Kaleng yang bocor atau sambungan tidak rapat dapat membuang makanan, energi yang digunakan untuk memasak dan proses pengalengan retort, serta sumber daya transportasi yang digunakan untuk mengantarkannya. Oleh karena itu, lini pengalengan yang berkelanjutan membutuhkan flange yang bersih, pengaturan rol operasi pertama dan kedua yang tepat, tumpang tindih sambungan yang terkendali, serta pemeriksaan visual dan dimensi yang didokumentasikan. Sebelum membeli peralatan, bandingkan seamer dengan spesifikasi sambungan yang disetujui pemasok kaleng dan sertakan validasi retort, pemeriksaan perubahan, dan inspeksi pembongkaran sambungan rutin dalam rencana operasional.

Ikhtisar Daur Ulang Global dan Kebijakan

PasarAngka berguna terbaruRuang lingkup dan implikasi untuk kaleng makanan hewan peliharaan
Uni EropaTingkat daur ulang baja kemasan 84% pada tahun 2024Steel for Packaging Europe melaporkan baja kemasan yang benar-benar masuk ke operasi daur ulang. Ini mencakup beberapa penggunaan kemasan baja, tidak hanya untuk makanan hewan peliharaan. PPWR telah berlaku di seluruh UE sejak 12 Agustus 2026, meningkatkan pentingnya daur ulang, pengurangan sumber daya, dan data kemasan yang terdokumentasi. Steel for Packaging Europe · Pemberitahuan Komisi Eropa PPWR
Amerika SerikatEstimasi tingkat daur ulang baja kaleng makanan menggunakan data 2023 sebesar 44%Studi CMI/RRS memisahkan kaleng makanan dari kaleng baja non-makanan. Perkiraan baja kaleng EPA pada tahun 2018 sebelumnya adalah 70,9%, namun tahun, kategori, dan metodologi berbeda, jadi angka-angka tersebut tidak boleh dibandingkan sebagai garis tren. Laporan CMI/RRS · Data EPA AS
Indonesia85,5% pengolahan baja-kemasan dan 65,9% aluminium-kemasan tingkat daur ulang pada tahun 2024Laporan data pemerintah 379.000 ton kemasan baja didaur ulang dari 444.000 ton yang muncul, dan 157.049 ton kemasan aluminium didaur ulang dari 238.000 ton. Laporan kemasan dan catatan tanggung jawab produsen harus mencakup kaleng, ujung, label, dan kemasan sekunder. UK Data.gov.uk
JepangTingkat daur ulang kaleng baja 94,4% pada FY2024Asosiasi kaleng baja nasional melaporkan sistem pengumpulan dengan retensi tinggi yang berjalan lama. Angka tersebut mencakup kaleng baja secara umum, sehingga merupakan tolok ukur tingkat pasar daripada hasil khusus makanan hewan peliharaan. Asosiasi Daur Ulang Kaleng Baja Jepang
AustraliaTingkat pemulihan kemasan logam 55% dan konten daur ulang pasca konsumen 12% pada 2023–24APCO melaporkan 160.546 ton yang dipulihkan dari 289.329 ton yang dipasarkan. Kemasan logam memiliki potensi daur ulang sekitar 99%, tetapi pemulihan aktualnya jauh lebih rendah, menunjukkan mengapa akses pengumpulan dan kapasitas pemrosesan ulang penting. Lembar fakta logam APCO
IndonesiaTidak ada tingkat pemulihan kaleng makanan hewan peliharaan se-nasional yang sebanding ditemukan dalam sumber publik yang ditinjauGB 23350–2021, efektif 1 September 2023, membatasi kemasan berlebihan untuk makanan dan kosmetik. Untuk kaleng makanan hewan peliharaan, fokus desain segera adalah mengurangi kemasan luar yang tidak perlu dan ruang kosong sambil mempertahankan perlindungan dan keselamatan produk. Standar Nasional Tiongkok GB 23350–2021

Apa Makna Data untuk Proyek Kaleng Makanan Hewan Peliharaan

Perbandingan negara menunjukkan mengapa klaim global tunggal seperti “100% dapat didaur ulang” tidak lengkap. Eropa dan Jepang menunjukkan bahwa pemulihan kaleng baja yang tinggi dimungkinkan ketika sistem pengumpulan dan penyortiran telah dibangun. Data AS menunjukkan pentingnya memisahkan kaleng makanan dari kategori baja yang lebih luas. Australia menunjukkan kesenjangan antara kelayakan daur ulang teoretis dan pemulihan aktual, sementara Tiongkok menekankan pentingnya pengurangan kemasan. Sebuah merek yang menjual di beberapa pasar sebaiknya memiliki berkas bukti pasar-per-pasar yang mencakup komposisi material, kandungan daur ulang, kepatuhan pelapis, berat kemasan, instruksi pengumpulan, dan laporan tanggung jawab produsen.

Daftar Periksa Desain Praktis untuk Merek dan Pembeli Peralatan

  • Tentukan kemasan lengkap: Catat badan kaleng, tutup, pelapis, label, tinta, perekat, dan kemasan sekunder alih-alih menilai badan logamnya saja.
  • Tentukan spesifikasi terverifikasi teringan: Uji kaleng melalui pengisian, penyambungan, penahanan panas retort, penumpukan, transportasi, dan penyimpanan sebelum menyetujui tebalan yang lebih tipis.
  • Verifikasi kandungan daur ulang: Identifikasi persentase, dasar perhitungan, bagian pasca-konsumen, bukti pemasok, dan status kontak makanan.
  • Sahkan pelapis untuk resepnya: Uji produk asam, asin, berlemak, dan retort serta pertahankan dokumentasi migrasi dan kepatuhan.
  • Lindungi sambungan perekat: Jauhkan produk dari flange, sesuaikan alat dengan kaleng dan desain ujungnya, serta dokumentasikan tumpang tindih, ketebalan sambungan, countersink, dan pemeriksaan pembongkaran.
  • Rencanakan untuk setiap pasar tujuan: Pastikan EPR lokal, label daur ulang, pelaporan berat kemasan, dan persyaratan klaim lingkungan sebelum mencetak kemasan.

Program kaleng ramah lingkungan yang paling kredibel menggabungkan kemasan logam yang lebih ringan dan terdokumentasi dengan lapisan yang stabil, seperangkat komponen yang dapat didaur ulang, sambungan ganda yang andal, dan rute pengumpulan yang nyata. Pendekatan ini mengurangi kehilangan bahan dan produk sambil menjaga kemasan tetap cocok untuk garis produksi dan pasar tempat makanan hewan peliharaan dijual.

Critical Engineering Features in Next-Generation Can Sealers

Meeting modern Tren mesin penyegel kaleng otomatis comes down to smart mechanical engineering on the plant floor. As wet food recipes get heavier and line speeds climb, standard sealers quickly hit their limit. We build our equipment around four core design priorities that keep production running without seam failures or unexpected shutdowns.

Rotary vs. Inline Seaming Configurations

Choosing between rotary and inline designs depends on your targeted cans-per-minute (CPM) and product viscosity. GDHP’s can sealing machine buying guide covers the related checks for automation level, can dimensions, seam quality, utilities, and ownership cost.

CPM is a rate, not a guaranteed saleable output. Compare the quoted rate with your actual can diameter, fill level, product behavior, changeover frequency, and normal stops before using it in a capacity calculation.

    • Inline can seamers: The can stops momentarily during the seaming cycle. Best for low-to-medium output lines, smaller footprint footprints, and frequent diameter shifts.
    • Rotary can seamers: Cans travel smoothly through multi-head rotating turrets without stopping, virtually eliminating gravy and slurry spills at high line speeds.
FiturInline Seaming SystemsRotary Multi-Head Systems
Throughput Range20 – 60 Cans/Min100 – 600+ Cans/Min
Product Slosh RiskModerate on watery graviesMinimal due to continuous smooth motion
Changeover Time10 – 20 menit30 – 45 minutes
Penerapan TerbaikBatch runs, pilot plants, specialty canscURL Too many subrequests by single Worker invocation. To configure this limit, refer to https://developers.cloudflare.com/workers/wrangler/configuration/#limits

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Integrasi Peralatan Turnkey untuk Jalur Makanan Hewan Basah

Operating a high-yield wet pet food packaging line requires seamless mechanical coordination from initial fill to final closure. In modern processing facilities, deploying an isolated seamer creates unnecessary transfer points, increases spillage risks, and leads to line jams. We build complete, integrated canning systems that align with current pet food packaging industry trends, ensuring consistent throughput, hermetic seal integrity, and zero product loss.

A line turnkey connects several operations under one defined scope, including mechanical interfaces, controls, utilities, and acceptance criteria. Define where the quoted scope starts and ends, and which steps remain manual for each SKU; for example, automatic can handling does not necessarily include automatic case packing.

Synchronized Monoblock Filling and Seaming Setups

Transferring open cans filled with wet meat loaf, chunks, or viscous gravies at high speeds often results in product slosh and lip contamination. Our synchronized monoblock systems eliminate this bottleneck by mechanically coupling the piston or rotary filler directly to the automatic can seamer.

A monoblock combines two or more operations in one machine frame. It can shorten the transfer path, but the result still depends on fill volume, viscosity, can geometry, and line speed. Ask what happens when the seamer stops: the filler should respond through agreed stop signals so open cans do not keep accumulating at the transfer point.

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    • cURL Too many subrequests by single Worker invocation. To configure this limit, refer to https://developers.cloudflare.com/workers/wrangler/configuration/#limits Kami merancang chuck khusus dan plat pengangkat bawah dengan tingkat pegas yang dapat disesuaikan secara mikro atau pengangkat pneumatik, menerapkan gaya penjepitan vertikal tepat yang dibutuhkan untuk menahan aluminium tipis tanpa mengalami bengkok pada sisi-sisinya.
    • Profil Roller Presisi: Rol penjepit operasi pertama dan kedua digiling CNC dengan radius tepat untuk ujung mudah dibuka (EOE) dan tutup yang terkelupas. Profil ini menggulung sambungan rapat ke dalam kait tubuh tanpa mencubit, menusuk, atau mengkerut material penutup yang tipis.
    • Permukaan Chuck Anti-Rotorasi: Permukaan kontak yang telah diproses menahan kaleng aluminium dengan aman pada kecepatan putaran tinggi, mencegah selip tutup yang menyebabkan lebar sambungan tidak merata atau sambungan terpotong.

Konstruksi Tahan Lama untuk Jalur Produksi Industri Non-Stop

Pabrik makanan hewan peliharaan berkapasitas tinggi berjalan sepanjang waktu, membutuhkan peralatan yang tahan terhadap beban fisik tanpa henti, slurry daging yang abrasif, dan bahan pembersih yang keras.

    • Basis Stainless Steel Corening yang Kaku: Kami membangun lini kemasan kami di atas dasar baja tahan karat berketebalan tinggi yang menyerap getaran mekanik selama siklus multi-shift tanpa henti, menjaga toleransi rol-ke-chuck tetap tepat melalui jutaan siklus.
    • Zona Pelumasan Tertenagai: Bantalan penting, roda gigi penggerak, dan jejak cam beroperasi dalam wadah minyak tertutup atau loop pelumasan sentral otomatis, mencegah kontaminasi grease di zona makanan dan menghambat masuknya air pembilas.
    • Rantai Penggerak Duty Kontinu: Rantai roda gigi heliks baja yang dikeraskan dan motor servo penggerak langsung menghilangkan regangan sabuk penggerak, menjaga peringkat cans-per-minute (CPM) yang konsisten sepanjang produksi 24/7 tanpa henti.

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Cut-OverSharp chuck edge or excessive vertical forceControlled baseplate pressure and matched chuck tooling

Lowering Labor Costs by Shifting from Manual Work to Automated Lines

Skilled plant labor is tough to find and harder to keep. Running semi-automatic or outdated closing stations requires constant operator intervention for lid feeding, height adjustments, and manual quality checks.

    • Single-Operator Supervision: Moving to a fully pembuat kalengan otomatis allows one operator to manage the entire closing and discharge zone rather than stationing personnel at individual sealing heads.
    • Automated End Feeding: High-capacity lid magazines and automatic rotostack denesting keep the wet pet food packaging line moving without hand-feeding stops.
    • Repeatable Precision: Taking human variability out of the seaming cycle eliminates operator fatigue as a variable in seal quality.

Cutting Maintenance Downtime and Lowering Total Cost of Ownership

Frequent tooling swaps, corrosion from wet food gravies, and difficult sanitation cycles drive up the total cost of ownership (TCO: purchase cost plus operating, cleaning, maintenance, and downtime costs over a defined period). We focus on industrial-grade builds that stay running across non-stop multi-shift schedules.

    • Wear-Resistant Tooling: Seaming chucks and rolls treated with specialized surface coatings withstand the abrasive nature of bone-in pastes and salty gravies, significantly extending service life.
    • Streamlined Washdown Cycles: Stainless steel construction allows operators to rinse and sanitize the canning zone rapidly between batches, cutting daily changeover and clean-up hours.
    • Predictable Wear Patterns: Standardized drive components and grease points make routine preventative maintenance fast, preventing unexpected mid-run line stoppages.
Usulan Diskusi untuk Pabrik Makanan Hewan Peliharaan

Daftar Periksa Pembeli Strategis untuk Jalur Penyegel Kaleng Makanan Hewan Peliharaan

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Sanitation RatingIP65/IP69K washdown, full 304/316 stainless steelMeat debris buildup, bacterial harborage, corrosion
Tooling & Wear PartsHardened stainless or coated rollers/chucksPremature wear from abrasive meat salts, seam drift
Service & SupportRapid-ship replacement parts and commissioningExtended unplanned downtime during peak runs

Kamera Seamer yang Cocokkan Per Menit dengan Output Pengisi Hulu

A high-speed wet pet food packaging line is only as reliable as its transfer points. When matching your automatic can seamer to upstream meat slurry and gravy fillers:

    • Prevent Slosh: High-viscosity meat emulsions and liquid broths spill easily if can transfer chains jerk. Ensure the seamer features smooth, servo-driven infeed timing screws.
    • Maintain Line Pitch: Calculate operating cans-per-minute (CPM) with a 10% to 15% buffer above the filler’s maximum output to prevent back-pressure jams at the lid-dropping station.
    • Synchronized Drives: Monoblock or mechanically linked tie-ins ensure the closing station ramps up or down in direct harmony with the filling valves.

Verifying Double-Seam Dimensional Tolerances and Overlap Consistency

Pet food cans face extreme pressure swings inside steam retorts. A seal that looks acceptable at room temperature will fail under sterilization pressure if double-seam dimensions are loose.

cURL Too many subrequests by single Worker invocation. To configure this limit, refer to https://developers.cloudflare.com/workers/wrangler/configuration/#limits is the engagement between the body hook and cover hook inside the double seam. The required overlap and hook dimensions vary by can and end design, so use the packaging supplier’s specification and the plant’s approved inspection method instead of treating one percentage as universal.

    • Overlap Percentage: We demand a consistent overlap ratio (typically 55% minimum) to ensure a complete hermetic seal.
    • Hook Interlock: Body hook and cover hook engagement must remain within tight thousandths-of-an-inch tolerances across all seaming heads.
    • Continuous Testing: Verify that the machine design accommodates quick seam tear-down inspections and optical seam checks without stopping the entire line.

Checking Clean-in-Place and Clean-Out-of-Place Washdown Standards

Meat packing involves fats, broths, and high-salinity gravies that corrode lower-grade metals. Sanitary construction cannot be an afterthought:

CIP (clean-in-place) cleans equipment without taking it apart. COP (clean-out-of-place) removes parts for cleaning at a separate station. A can seamer may need COP or partial disassembly, so confirm the documented cleaning method instead of assuming that every guarded machine is CIP-ready.

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    • Pemeriksaan Penerimaan Pabrik (FAT): cURL Too many subrequests by single Worker invocation. To configure this limit, refer to https://developers.cloudflare.com/workers/wrangler/configuration/#limits.

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