Notre programme de partenariat local (LPP) a été soigneusement conçu pour offrir un soutien solide à nos partenaires les plus estimés sur le marché local.
Restez informé des dernières actualités de Pixfra, des présentations de ses produits et des informations sur l'univers de l'imagerie thermique.
Detecting hidden moisture & mold risk behind drywall with thermal helps spot evaporative cooling patterns so you can target wet studs before opening walls.
Net 30, deposits & payment terms in the optics trade usually mean one thing: established dealers may receive 30-day invoice terms, while new buyers often pay a deposit or full prepayment until trust, order history, and credit references are proven. In thermal imaging, night vision, riflescopes, binoculars, and rangefinding optics, payment terms are really a cash-flow agreement between two businesses that both carry expensive inventory. Optics Trade Payment Terms Benchmarks Net 30 means the buyer pays the invoice within 30 calendar days after the invoice date; deposits reduce supplier risk before production or shipment. In the optics trade, new dealers commonly start with 30% to 50% deposits, prepaid first orders, or credit-card payment before graduating to Net 30 after several clean transactions. Pixfra thermal optics dealer reviewing Net 30 deposits and payment terms benchmarks A new retailer wants twelve thermal monoculars before deer season. The supplier wants to protect inventory that may cost hundreds or thousands of dollars per unit. Both sides are being reasonable. The tension starts when the retailer expects Net 30 on the first order and the supplier sees an untested account with no payment history. Here’s a practical baseline: Buyer situation Common payment term Why suppliers use it First order, small dealer Prepay or 50% deposit No trade history yet Repeat dealer, clean record Net 15 or Net 30 Lower collection risk Large distributor Net 30 to Net 60 Volume offsets risk Custom OEM optics 30% deposit, 70% before shipment Production cash is tied up early Private-label thermal device Milestone payments Tooling, firmware, packaging, and certification add risk Net 60 and Net 90 do exist, especially with large retailers and government-linked purchasing. Smaller optics dealers shouldn’t treat them as normal starting terms. A two-store outdoor retailer asking for Net 90 on a first $18,000 thermal order
If you run a farm or ranch in the U.S., you already know that losses don’t just happen during the day. Predators, sick livestock, broken fences, and trespassers do their worst after dark. A thermal monocular puts eyes on your entire operation at night — and the return on that one purchase can be staggering. We built this case study at Pixfra to show you the actual numbers. What Farmers Lose Without Thermal Imaging Let’s start with what’s eating into your bottom line right now. Feral hogs alone are a persistent and costly threat to U.S. crop and livestock production, inflicting over $1.6 billion in damages annually. That’s not some abstract government number — it’s real money disappearing from farms across the South and West every single year. In Texas alone, the cost of feral hog-related agricultural damage exceeded $871 million in a single year. And hogs are just part of the picture. Collectively, predator attacks — led by coyotes — cost ranchers about $232 million per year in lost animals, with coyotes responsible for well over half of all livestock losses to predators nationwide. If you’re running cattle, sheep, or goats, something out there is costing you money every night you can’t see what’s happening on your land. The damage goes beyond dead animals. Feral hogs caused an estimated $375 million in property damage in 2020 alone across 13 states, including damage to fencing, waterers, feed and hay storage, pasture roads, erosion infrastructure, and working facilities. In 2021, producers spent $474 million and over 17 million labor hours on hog control. That’s time you’re not spending on production, breeding, or anything else that actually grows your revenue. And here’s the kicker: it’s estimated that a single feral hog can cause $500 worth of damage to fields and pastures. Multiply
Shooting past 300 yards in total darkness is a different game. You need a thermal scope that can detect, identify, and help you hit targets at distance — not just show you a glowing blob. At Pixfra, we build thermal imaging devices used by hunters across 30+ countries, and we know what separates a real long-range thermal scope from a spec-sheet wonder. What Makes a Thermal Scope Good for Long-Range Shooting Not every thermal scope can handle long-range work. A scope that performs well at 100 yards might turn into a blurry mess at 400. If you plan to reach out past 300 yards at night — whether you’re hunting coyotes across open fields, running hog eradication on ranch land, or just want confidence at distance — you need to pay attention to a few specific things before you spend a dime. The first thing to look at is sensor resolution. This is the number of pixels your thermal sensor uses to build the image you see through the eyepiece. If your shots stay within 100–150 meters, a 384×288 sensor will often suffice. If you’re shooting 250+ meters, go for a higher-resolution sensor (640×480 or 1024×768) and better thermal sensitivity (<20 mK NETD). A higher pixel count means the animal you’re looking at is rendered by more pixels on the screen, which lets you see ears, legs, body posture, and movement — all details you need for positive target ID before pulling the trigger. If you look at a coyote at 400 yards through a 256-resolution sensor, the animal might only be rendered by 4 or 5 pixels — it will look like a blurry Lego brick. With a 640×512 sensor, that same coyote is rendered by dozens of pixels. That’s a night-and-day difference when it comes to making an
If you need to negotiate MOQ with a thermal optics manufacturer, start by reducing the manufacturer’s production risk, then trade something concrete: deposit, forecast, standard packaging, or a dated reorder. MOQ changes when you ask for a 640×512 detector, a 35 mm lens, app changes, reticle presets, private-label packaging, or compliance paperwork for a U.S. sales channel. The first job is to find which part of your request is setting the floor. A new buyer often asks the wrong question: “Can you do 20 units?” A stronger question is: “Which requirement makes the MOQ 300, and what changes would make a 50-unit pilot workable?” MOQ Negotiation Steps 1. Ask which cost sets the MOQ: sensor, lens, tooling, packaging, or compliance. 2. Keep first order on standard hardware, firmware, and carton. 3. Pay for samples, engineering, and inspection instead of asking the factory to absorb them. 4. Split commitment into pilot order plus dated reorder. 5. Trade lower MOQ for deposit, shared packaging, simple SKU mix, and clear forecast. negotiate moq with a thermal optics manu — moq negotiation steps Thermal optics MOQs are built from setup costs. Detector purchasing, lens assembly, waterproof housing checks, firmware loading, image calibration, and packaging print runs all create small minimums inside the bigger MOQ. A 384×288 thermal monocular in a standard housing might hit one factory threshold; the same unit with a branded startup screen, U.S. carton, custom manual, and changed Wi-Fi app can hit four. The best way to negotiate MOQ with a thermal optics manufacturer is to turn “small order” into a low-risk production plan. Say what you’ll keep standard. Say what you’ll pay for. Give the supplier a real reorder window, such as “80 units now, 220 units within 90 days if field testing passes.” Factory answer Better buyer question Possible
Les certifications en matière d'optique thermique que les acheteurs devraient exiger sont la certification FCC pour la conformité aux normes américaines en matière de radiofréquences, la certification CE pour l'accès au marché de l'EEE et la certification RoHS pour le contrôle des substances dangereuses dans les composants électroniques. Demandez les certificats, déclarations, rapports d’essais, maquettes d’étiquettes et textes de manuels spécifiques à chaque modèle avant de passer commande, car un simple logo sur une page de catalogue ne protégera pas un revendeur si les douanes, Amazon, un distributeur ou un détaillant lui demandent des justificatifs. Certifications que les acheteurs doivent exiger Les certifications en matière d’optique thermique que les acheteurs doivent exiger sont la preuve d’autorisation FCC pour les ventes aux États-Unis, une déclaration de conformité CE pour les ventes dans l’EEE et la preuve de conformité RoHS concernant le contrôle des substances dans les composants électroniques. Vérifiez que chaque document correspond exactement à la référence (SKU), à la configuration du micrologiciel/de la radio, à l’étiquette et au manuel avant de verser un acompte. Certifications des optiques thermiques que les acheteurs doivent — certifications que les acheteurs doivent exiger Commencez par le marché de vente, puis remontez en amont. Un revendeur américain vendant un Pixfra Mile 2 PFI-M625 à des chasseurs a besoin d’une preuve de conformité FCC. Un distributeur allemand demandera les dossiers CE et RoHS. Un vendeur sur une place de marché peut demander les deux séries de documents, car une seule annonce peut finir par s’adresser à des acheteurs de plusieurs pays. C’est là que les optiques thermiques à bas prix finissent par coûter cher. Une remise de $60 par unité semble intéressante jusqu’à ce que 200 unités restent bloquées dans un entrepôt parce que l’identifiant FCC ne correspond pas à l’étiquette du produit, ou que la déclaration CE mentionne une “ caméra thermique ” générique sans codes de modèle. Les acheteurs s’en aperçoivent. Les revendeurs s’en aperçoivent encore plus vite. Preuves À exiger en cas de demande Signal d’alerte Autorisation FCC Vente ou commercialisation aux États-Unis Identifiant FCC ou déclaration de conformité du fournisseur, rapport Partie 15, déclaration dans le manuel “ FCC en attente ” ou un rapport concernant une autre caméra Déclaration CE Vente dans l’Espace économique européen Déclaration de conformité UE, directives et normes applicables, liste des modèles Logo CE uniquement, pas de déclaration signée Preuve de conformité RoHS Vente de produits électroniques via des canaux liés à l’UE Déclaration RoHS, preuves matérielles, couverture des accessoires Le rapport ne couvre qu’un seul câble
Conçue pour améliorer la perception de la situation à tout moment de la journée, cette caméra est capable de détecter des personnes, des animaux et des objets dans l'obscurité totale, en cas de brume ou en présence d'une lumière éblouissante, offrant ainsi aux professionnels des forces de l'ordre et aux amateurs de plein air une imagerie thermique fiable dans des conditions difficiles.
© 2026 Pixfra Technology Co., Ltd. Tous droits réservés. ｜ Politique de confidentialité ｜ Politique relative aux cookies
Notre site Internet utilise des cookies afin d'améliorer votre expérience de navigation et de nous fournir des informations sur l'utilisation du site. En cliquant sur « Accepter » ou en continuant à utiliser ce site, vous acceptez l'installation de cookies et le traitement des données à caractère personnel qui en découle.
afin que nous puissions vous proposer des informations adaptées à vos besoins.
Abonnez-vous à la newsletter Pixfra pour recevoir en avant-première les actualités sur nos produits, des conseils sur les activités de plein air et des informations exclusives.
