Chercher - Mask

Usine de production en Malaisie

CATÉGORIES : TPE (élastomère thermoplastique)

Certifié ISO 9001: 2015, nous avons personnalisé le composé TPE selon les exigences du client

Machine de refente et de rembobinage de ruban d'emballage automatique

CATÉGORIES : Fendeuses et rembobineuses

Application tape Ruban BOPP, ruban de cellophane, ruban de masquage… (selon le matériel informé par le client) 

Machine à refendre la bande

CATÉGORIES : Fendeuses et rembobineuses

Application tape Ruban BOPP, ruban de cellophane, ruban de masquage… (selon le matériel informé par le client) yicheen

Machine de rembobinage

CATÉGORIES : Fendeuses et rembobineuses

Application: Pour couper la variété de rouleaux de ruban, par exemple: ruban adhésif double face, ruban de masquage, PET, PE, doublures / papier antiadhésifs, Mylar… etc. avec ou sans matériau de base adhésif. yicheen

Fraise à rouleau à quatre arbres

CATÉGORIES : Machines de découpe

Application: Pour couper la variété de rouleaux de ruban adhésif, par exemple: ruban adhésif double face, ruban de masquage, ruban électrique, ruban de construction, autres types de rubans. 

Machine de fabrication de masques de type N95 / FFP2

CATÉGORIES : Machines de fabrication de sacs par application

The MGA-MSK-KN95HL is a head strap type N95 / FFP2 mask making machine that forms non-woven fabric layers into a three-dimensional mask body, welding the layers and attaching a nose bridge piece and head strap in an automated production sequence. It is designed for mask production using up to five layers of fabric, with a customized mask design incorporating a head strap.A high-speed steel nose bridge cutter extends cutter durability, and an automatic nose bridge application system pairs with a central folding mechanism to keep the process running. A rotary die cutter handles precise shaping and cutting for each mask.Model: MGA-MSK-KN95HLMask design: customized design with head strapFabric layers: up to 5 layersOutput: 35 - 50 pcs/minMachine dimension: 9,000 (L) x 1,300 (W) x 2,000 (H) mmMachine weight: 2,500 kgRequired power: single phase, 9 kw

Machine de masque médical à haute vitesse 1 + 1 avec boucle d'oreille

CATÉGORIES : Machines de fabrication de sacs par application

The MGA-MSK-400-S8 is a high-speed 1+1 ear-loop face-out type medical mask machine that converts non-woven and melt-blown fabric rolls into finished masks through nose wire insertion, ultrasonic welding, ear loop attachment, and cutting in one continuous operation. It draws material from four unwinding stations feeding non-woven and melt-blown materials, with a nose bridge flattening device supporting mask quality.The ultrasonic welding device is Taiwan-made, and servo-controlled ear-loop cutting keeps pace with production speed. Eight servo motor sets drive the machine, and an automatic conveyor moves counted, stacked masks smoothly to packaging.Model: MGA-MSK-400-S8Mask size: 175 x 95 mm or 145 x 95 mm (machine produces one size only)Output: 65 - 95 pcs/minMachine dimension: 4,500 (L) x 2,430 (W) x 1,988 (H) mmNet weight: 800 kgPower consumption: 9 kwPower input: 220V, single phaseServo motors: 8 sets

Machine d'emballage à flux horizontal de masques

CATÉGORIES : Machines de Soudure

The MGA-MSK-P is a horizontal flow packaging machine for wrapping finished masks, sealing them into bags formed from OPP, OPP/PE, or OPP/CPP packing film. It handles film thickness from 20 to 60 micron and produces bags from 90 to 350 mm in length, up to a maximum width of 450 mm.The machine accommodates packed products from 20 to 90 mm in width, running at 20 to 95 cycles per minute. It draws 4.5 kw of required power within a footprint of 3,880 (L) x 940 (W) x 1,530 (H) mm.Model: MGA-MSK-PPacking material: OPP, OPP/PE, OPP/CPPFilm thickness: 20 - 60 micronBag length: 90 - 350 mmMax. width: 450 mmPacked product width range: 20 - 90 mmOutput: 20 - 95 cycle/minMachine dimension: 3,880 (L) x 940 (W) x 1,530 (H) mmMachine weight: 800 kgRequired power: 4.5 kw

Machine de masque entièrement automatique de type boucle d'oreille FFP2/KN95

CATÉGORIES : Machines de fabrication de sacs par application

The MGA-MSK-KN95 (CE) is a fully automatic ear-loop type mask machine built for FFP2 and KN95 mask production, forming non-woven fabric layers into a three-dimensional mask body, welding the layers, attaching a nose bridge piece, and adding ear loops in a single automated production sequence. The machine runs a fixed mask size compatible with FFP2 / KN95 mask specifications.Output reaches 40 - 50 pcs/min from a footprint of 9,200 (L) x 2,200 (W) x 1,800 (H) mm. Optional equipment extends the base configuration with an inkjet printer, a nose foam labeling system, and an upgrade to a Herrmann ultraschall ultrasonic system made in Germany.Model: MGA-MSK-KN95 (CE)Mask size: fixed size, compatible to FFP2 / KN95 maskOutput: 40 - 50 pcs/minMachine dimension: 9,200 (L) x 2,200 (W) x 1,800 (H) mmMachine weight: 2,500 kgOptional: Inkjet printer (European brand)Optional: Nose foam labeling systemOptional: Upgrade ultrasonic system to Herrmann ultraschall (made in Germany)

Machine de masque de type poisson KF94 avec système d'enregistrement d'impression en ligne

CATÉGORIES : Machines de fabrication de sacs par application

The MSK-KF94-PF is a KF94 fish type mask machine with an in-line print registering system, converting non-woven fabric rolls into finished KF94-shaped masks through nose wire insertion, ultrasonic welding, ear loop attachment, and cutting in one continuous operation. The mask body is constructed from 245 mm water-repellent fabric, 245 mm melt-blown or water jet melt-blown fabric, and a 245 mm hydrophilic layer.The nose bridge cutter uses high-speed steel material for a longer lifespan, and the ear loop welding system is fully servo-controlled for quick, easy operation. Motor control reduces noise by 20% compared to traditional pneumatic systems, and an automatic counting collection platform sets a precise number of masks per stack to simplify packaging.Model: MSK-KF94-PFMask design: KF94 Fish Type MaskOutput: 60 - 95 pcs/minMachine dimension: 7,050 (L) x 3,250 (W) x 1,700 (H) mmMachine weight: 1,260 kgRequired power: 220 V, 1 Phase, 12 kwFabric width: 245 mm (water-repellent / melt-blown / hydrophilic layers)

Machine de fabrication de masques de type poisson KF94 à grande vitesse

CATÉGORIES : Machines de fabrication de sacs par application

The MGA-MSK-KF94 is a high-speed KF94 fish type mask making machine that converts non-woven fabric rolls into finished KF94-shaped masks through nose wire insertion, ultrasonic welding, ear loop attachment, and cutting in one continuous operation. It is equipped with two sets of 15kHz 2600W ultrasonic systems and two sets of 20kHz ultrasonics for efficient mask welding, plus a rotating cutting roll designed specifically for the fish mask shape.The ear loop welding station uses 11 servo motors for precise control, and a high-level PLC with virtual angle control synchronizes each motor's working angle for accurate ear loop welding placement.Model: MGA-MSK-KF94Mask design: KF94 Fish Type MaskOutput: 60 - 95 pcs/minMachine dimension: 6,735 (L) x 3,231 (W) x 2,000 (H) mmMachine weight: 2,500 kgRequired power: 6 kwUltrasonic welding: 2 x 15kHz 2600W + 2 x 20kHz systemsEar loop welding: 11 servo motors, PLC virtual angle control

Machine de fabrication de masques pliés entièrement automatique

CATÉGORIES : Machines de fabrication de sacs par application

The MGA-MSK-KN95 is a fully automatic folded mask making machine that forms non-woven fabric layers into a three-dimensional folded mask body, welding the layers, attaching a nose bridge piece, and adding ear loops or head straps in a single automated production sequence. It is built for standard KN95 masks or any folded mask in a fixed size.The machine runs a single fixed mask size, so it is set up for consistent, repeatable production of one folded mask specification rather than frequent size changeovers, at an output of 40 - 50 pcs/min.Model: MGA-MSK-KN95Mask size: fixed size, standard KN95 or any folded maskOutput: 40 - 50 pcs/minMachine dimension: 9,200 (L) x 2,200 (W) x 1,800 (H) mmMachine weight: 2,500 kg

Machine de masque médical à 3 plis avec système d'enregistrement d'impression en ligne

CATÉGORIES : Machines de fabrication de sacs par application

The MSK-400-S8-PF is a 3-ply medical mask machine with an in-line print registering system, converting non-woven and melt-blown fabric rolls into finished 3-ply flat-fold masks through nose wire insertion, ultrasonic welding, ear loop attachment, and cutting in one continuous operation. It supports registered printing cuts for precise designs and draws material from four unwinding stations feeding non-woven and melt-blown materials.A nose bridge flattening device supports mask quality, and the ultrasonic welding device is Taiwan-made. Servo-controlled ear-loop cutting keeps pace with production speed, and an automatic conveyor moves counted, stacked masks smoothly to packaging.Model: MSK-400-S8-PFMask design: 175 x 95 mm and 145 x 95 mmOutput: 70 - 100 pcs/minMachine dimension: 5,950 (L) x 2,750 (W) x 1,880 (H) mmMachine weight: 820 kgRequired power: 8 kwControl: PLC controller, no need for additional roll and cutter

Traitement électrostatique Corona

CATÉGORIES : Ligne de production non tissée

Ce TRAITEUR ÉLECTROSTATIQUE CORONA est utilisé pour transformer des matériaux tels que le tissu soufflé à l'état fondu (feuille de masque facial), le tissu non tissé (feuille non tissée) et les polymères en électrets. L'équipement comprend une alimentation à onduleur haute fréquence, des électrodes et des rouleaux spéciaux. Grâce au contrôle mutuel de ces composants, le matériau électret peut capter profondément l'énergie de charge et maintenir la polarisation pendant une longue période. Cet équipement peut être utilisé pour des applications telles que la transformation de tissu fondu-soufflé, de tissu non tissé (tissu non tissé) et de filtre à air en électret. Il augmente considérablement l'efficacité de filtration du matériau filtrant en capturant de minuscules particules plus petites que la densité du filtre. Plus important encore, ce TRAITEUR ÉLECTROSTATIQUE CORONA aide le tissu soufflé à fondre à augmenter de 45 à 65 % l'efficacité de la filtration et le transforme en la couche la plus importante pour les masques médicaux tels que N95, KN95, etc. afin de réduire les infections par le virus corona COVID-19. Remarque : Un électret est un matériau qui reste presque en permanence à polarisation électrique et qui est capable de générer un champ électrique dans la zone environnante. La force de l'électret durera plus longtemps lorsque l'électrostatique corona se charge profondément par haute tension et fréquence.

Machine de masque facial à grande vitesse entièrement servo

CATÉGORIES : Machines de fabrication de sacs par application

Machine de masque facial à grande vitesse entièrement servo

Machine de moulage par injection de caoutchouc de silicone liquide

CATÉGORIES : Machines spécifiques pour la fabrication de chaussures

Applicable à la production de pièces de véhicules, de produits électroniques et médicaux, de produits de puériculture et de produits alimentaires, etc. Gagnez du temps pour le processus de production et augmentez la productivité. La meilleure solution pour soutenir la qualité et l'efficacité. masque d'oxygène

3D Protective Mask

CATÉGORIES : Household & Daily Goods

LIQUID INJECTION MOLDING

CATÉGORIES : Moules en caoutchouc et LSR

Liquid Injection Molding (LIM) and Transfer Molding are preferred processes for manufacturing solid silicone rubber items used in a wide range of applications such as medical equipment, watersports, gas masks, military gear, waterproof device cases, 3C products and much more. MATERIALS: Shin Etsu / Dow Corning/ GE Silicones ADVANTAGES & APPLICATIONS: Low viscosity and lower injection pressure, good for silicon molding Good chemical stability and environmental protection High dimensional accuracy It produces high quality parts without secondary finishing and allows much shorter production cycles than other processes. Over-molding together with hard plastic frame (PC or ABS etc.) for waterproof devices, shock proofing, shielding, etc. Very thin wall design (0.25mm thick around) for silicone to adhere on plastic housing (rib) to meet the demand of low profile product design. Water proof feature can be secured by the combination of soft rubber contacts and with constant pressure provided by hard plastic housing (rib).

Masque de type plat faisant la machine

CATÉGORIES : Machines de fabrication de sacs par application

Masque facial de type plat à 3 ou 4 couches faisant la machine. Conception améliorée d'une configuration synchronisée un à trois à une configuration synchronisée un à deux, pour atteindre un taux de production optimal de masques faciaux, tout en réduisant le prix global de la machine et en occupant moins de zone de travail.

Fitted Flat Facemask

CATÉGORIES : Household & Daily Goods

Flat Mask

CATÉGORIES : Household & Daily Goods

Horizontal Bag Filling & Sealing Machine

CATÉGORIES : Équipements de pesage et de remplissage

FEATURES : 1. Design for the most versatile packing applications. 2. The outer structure of machine is shielded with SUS304 stainless steel for ease of cleaning and maintenance. 3. Fitted with automatic weighing, filling machines, date corder, and conveyor (optional) to suit various materials. 4. Rated weigh within 2000 Grams per bag. APPLICATIONS : Juice, Jelly, Plum Jelly, Yugum, Red bean paste, Tea bag, Coffee bag, Powder, Granule, Melon seeds, Beans, Candy, Detergents, Mask, etc.

The extrusion line for the nasal line of mask

CATÉGORIES : Machines de fabrication de sacs par application

EMI SHIELDING

CATÉGORIES : Industrial Parts & Safety Gear

Protect parts from electromagnetic interference. It is used to protect electrical signals from the outside world. Currently, construction methods for anti-EMI are electric plating, sputtering, spraying, electric paint, or the direct use of the shielding effect of metal materials, such as the use of stainless steel, aluminum, iron or aluminum-magnesium alloy, and other materials. The metal piece of masking is low cost and meets current environmental regulations. But the processing and assembly are complex and miscellaneous and are poor stability. Water electroplating, electric plating, conductive paint, and other environmental laws and regulations conflict or doubt, the establishment of the new plating plant is not easy in the future and will gradually be phased out and replaced. So far, workers using a vacuum sputtering process and the magnesium alloy should be the main way to effectively combat EMI.