RED-CMF-S
Short Feeder
More beautiful layout inside the device
Product Catalog
Main products — providing comprehensive feeder solutions
Product Catalog
Front-push Feeder
Rear-retract Feeder
Sheet Feeder
Roller-sticker Feeder
Cutting Feeder
Online Printer
Tape Feeder
Package Feeder
Flexible Vibratory Feeder
SMT标签供料器
Tray Feeder
Delta Robot Tray Loader
RED-CMF-L
Long Feeder
Easier line change with material outside the machine
ARD-CPF-S
Compact Short Feeder
More layouts in limited space
ARD-CPF-L
Compact Long Feeder
More layouts in limited space
ARD-LBSD100-S
Front-Push Lift Custom Model
For die-cut materials with no gaps and strong adhesion
RED-CMF
Easy-Peel Label Feeder
For easily peelable label materials
Application Scenarios
Front-push feeders are mainly suitable for multi-row die-cut roll materials that are easy to peel. They adopt a peel-first-then-pick mode, with high speed and precision, and are compatible with most films and labels.
Feeding Principle
The tape is pulled out in reverse by the peeling blade, using the release force of the roll to peel the material onto the non-stick platform for the suction cup to pick up.
Advantages
The peel-first-then-pick mode can peel multiple rows of materials at once, with fast action and high efficiency, simple structure and easy operation, and obvious relative cost advantages.
Disadvantages
The material is pushed to the non-stick platform by release force while being disturbed by friction in the opposite direction, so some materials may deviate in feeding position.
Essential Selection Parameters
1. Base paper width
2. Roll inner/outer diameter
3. Whether there is a top cover film
4. Single piece size and arrangement
Basic Requirements
• Material and bottom film reverse-fold test should peel easily without obvious adhesive bleeding.
• Base paper preferably PET material without elasticity, 0.05mm thickness is optimal;
• Base paper without knife marks, otherwise tearing or delamination may occur during peeling;
• Base paper without joints, with 50cm blank tape reserved at both ends. The distance from material to edge must be no less than 5mm, and a gap of more than 2mm is required around each single piece.
RED-RMF-S
Short Feeder
More beautiful layout inside the device
RED-RMF-L
Long Feeder
Easier line change with material outside the machine
RED-RMF-300
Large Rear-Pull Feeder
High-precision material positioning
RED-RMF-700
Ultra-Wide Rear-Pull Feeder
Large-Capacity Material Handling
RED-RMF-180
S280-L-C1-A171-01-V1.0
Suction first, then peel
Built-in labeling mechanism
Application Scenarios
Rear-pull feeders are mainly suitable for single-row, larger die-cut roll materials. They adopt a pick-first-then-peel mode and also have front-push feeder functions, compatible with most die-cut roll materials.
Feeding Principle
The tape is pulled out in reverse by the peeling blade, using the release force of the roll to peel the material onto the non-stick platform for the suction cup to pick up.
Advantages
The pick-first-then-peel mode delivers high output precision and works well for materials that are hard to peel or tend to shift or wrinkle after peeling. Meanwhile, the rear-pull feeder also has front-push feeder functions, enabling one machine for multiple uses.
Disadvantages
Because the rear-pull feeder picks first and then peels, the suction cup briefly stays on the feeder during peeling while the blade retreats to peel the material. The suction cup dwell time is approximately ≤1s.
Essential Selection Parameters
1. Base paper width
2. Roll inner/outer diameter
3. Whether there is a top cover film
4. Single piece size and arrangement
Basic Requirements
• Material and bottom film reverse-fold test should peel easily without obvious adhesive bleeding.
• Base paper preferably PET material without elasticity, 0.05mm thickness is optimal;
• Base paper without knife marks, otherwise tearing or delamination may occur during peeling;
• Base paper without joints, with 50cm blank tape reserved at both ends. The distance from material to edge must be no less than 5mm, and a gap of more than 2mm is required around each single piece;
ARD-LBPS
100-S1-ST-048-R-V1.0
Standard Sheet Material
Compatible with most sheet materials
ARD-LBPS
100-S2-ST-048-R-V1.1
Rear-Pull Sheet Material
Customized for Special Materials
ARD-LBPS
100-S3-ST-048-R-V1.2
Top-Film Peeling Sheet
For materials with top cover film
ARD-LBPS
100-S4-ST-048-R-V1.3
Bottom-Film Peeling Sheet
Customized for Special Materials
Application Scenarios
Sheet feeders are suitable for scenarios that require handling single sheet materials, such as materials that cannot be bent or are relatively hard or soft.
Feeding Principle
【Standard sheet feeder】consists of three parts: the magazine, the loading module and the label peeling head. The loading module uses a suction cup to lift the sheet from the magazine and place it on the peeling head. The peeling head is designed with a pressing structure, peeling blade, receiving platform and traction structure. The pressing structure holds the tail of the bottom film, the platform structure bends the head of the bottom film downward, and then the traction structure engages the bottom film. The traction structure moves synchronously with the pressing mechanism to pull the bottom film, peeling the material through the bending at the peeling blade and pushing it onto the receiving platform.
【Film-peeling sheet feeder】is designed with a magazine, peeling gripper, receiving platform and transfer module. The transfer module takes a sheet from the magazine and moves it to the peeling position; the gripper holds the bottom film, bends it downward and retreats, then the transfer module moves the material to the right while the gripper tears off the bottom film. The transfer module continues moving right and places the film-free material onto the receiving platform.
Advantages
Wide application range, can handle sheets of various materials and thicknesses, with high feeding precision.
Disadvantages
Relatively high requirements for material and product adaptability, with relatively complex commissioning.
Essential Selection Parameters
1. Base paper material, width and length
2. Size and arrangement of a single piece
3. Material and characteristics of the material
4. Whether there is a top cover film
Basic Requirements
• Bottom film base paper within 200 width and 300 length, overall flat, with certain tensile strength (5kg/50mm width);
• A single piece must not be smaller than 3mm; the center-to-center spacing is recommended to be unified at 5mm or its multiples.
• Reserve 25mm or more blank at both head and tail of the bottom film for fixing and traction, and 10mm or more on left and right sides to avoid the suction cups of the transfer module.
RED-RMFF
100S300-L-C1-V1.0
Front-Peel Roller Lamination Feeder
Attach with adhesive side down onto the product surface
ARD-LBHG
130-HSD-010-L-V2.0
Special Roller Lamination Feeder
Roller lamination for large-diameter rolls
ARD-LBHGF
100-LL200-S1-L-V2.0
Reverse-Peel Roller Lamination Feeder
Attach with adhesive side down onto the product surface
ARD-LBG
012S200-L-C1-V1.1
Inline Roller Lamination Cutting
Mainly used for 3M double-sided tape roller lamination then cutting
Application Scenarios
Roller lamination feeders are mainly suitable for single-row large-size rolls. They peel the material by front-push or rear-pull and attach it to the product using the relative motion between the product and the feeder.
Feeding Principle
Rear-pull roller lamination feeder: the label is peeled using the rear-pull method, the blade retreats and the roller presses down to attach the label to the product.
Reverse-peel roller lamination feeder: depending on whether the product attaches to the front or back side, we divide the feeder into forward roller lamination or reverse roller lamination.
Inline roller lamination feeder: when the product reaches directly below the roller, the roller presses down and the product or the feeder moves until the material is fully peeled, then the feeder returns.
Advantages
Uniform roller lamination pressure, good attachment effect, suitable for continuous production with high efficiency.
Disadvantages
Relatively high requirements for material and product adaptability, with relatively complex commissioning.
Essential Selection Parameters
1. Base paper width
2. Roll inner/outer diameter
3. Whether there is a top cover film
4. Single piece size and arrangement
Basic Requirements
• Rear-pull roller lamination requires a flat attachment surface; inline roller lamination can accommodate curved products.
• The roll must be single-row. The minimum size of a single label is 20x20mm.
ARD-LBC
60-51-BZ-028-L-V4.0
Standard Cutting Feeder
High-precision variable-length cutting
ARD-LBC
40S300-L170-L-C1-V2.0
Single-Sided Tape Cutting Feeder
Model with Bottom Film Recycling
ARD-LBC
040S185-L050-R-C2-V2.0
Special Material Cutting
Fast pull-out with precise fixed-length cutting
ARD-LBC
060XP-L0220-W0220-V4.0
Solder Sheet Cutting Feeder
Dedicated for IGBT solder sheet (solder band) cutting
Application Scenarios
Cutting feeders are suitable for roll materials that require fixed-length cutting, such as adhesive tapes and films.
Feeding Principle
The adhesive tape (such as tin foil rolls) enters the buffer area through guide rollers. (The lower release paper of double-sided tape is separated from the tape by the peeling blade and collected into a roll.) It is then clamped by a moving gripper driven by a precision lead screw, which feeds the tape head to the front fixed gripper. The moving gripper returns to the set position and clamps again. After the suction head holds the tape, the lower cutter moves upward to cut the tape.
Advantages
High cutting precision, adjustable length, applicable to multiple materials, with a high degree of automation.
Disadvantages
Relatively high requirements for material flatness and stability; the cutter requires regular maintenance.
Essential Selection Parameters
1. Cutting length
2. Cutting precision (±0.5mm)
3. Material thickness
4. Cutting speed
5. Whether the incoming material is single-sided or double-sided tape
Basic Requirements
• The material has good cutting performance;
• Uniform material thickness without variation;
• Material without joints and neatly wound;
• The tape should not easily deform elastically during the pulling process.
• Tape width 3-40mm. Tape cutting length 15-250mm.
• The cutting edge is neat without stringing;
ARD-1043-QTR-V1.0
Applicable label length:15-30mm
Inline Print & Transfer Label Feeder
Robotic arm transfers printed labels
ARD-1043-GTR-V1.0
Applicable label length:15-60mm
Inline Print & Roller Label Feeder
Fast batch printing followed by roller lamination
ARD-1043-CTR-V1.0
Applicable label length:15-120mm
Inline Print Label Feeder
Vertical labeling after printing
ARD-1043-ZTR-V1.0
Applicable label length:15-120mm
Multi-Side Labeling Printer
For attaching to side and top surfaces
ARD-1043-HCL-V1.0
Applicable label length:15-160mm
Inline Print & Rear-Pull Label Feeder
Print onto the platform, hold the label with suction, then rear-peel
Application Scenarios
Inline printers are suitable for production lines that need to print labels in real time during production.
Feeding Principle
Using thermal transfer or thermal printing technology, the required information is printed on the product in real time.
Advantages
Print content is programmable, information updates in real time, with high print quality and good integration.
Disadvantages
Limited adaptability to printing materials and environment, with relatively high maintenance costs.
Essential Selection Parameters
1. Print size
2. Print speed
3. Print content
4. Label material
Basic Requirements
• Label material suitable for thermal transfer or thermal printing;
• The printing surface is flat without unevenness;
• Label size is stable without expansion or contraction;
• Suitable temperature and humidity of the printing environment;
ARD-NXT08
For 8mm carrier tape materials
ARD-NXT12
For 12-88mm carrier tape materials
YAMAHA Tape Feeder
适配YAMAHA YS/YSM系列贴片机
Compatible with standard tape feeding
HANWHA Samsung Tape Feeder
适配HANWHA三星SM系列贴片机
Compatible with standard tape feeding
JUKI Tape Feeder
适配JUKI KE/RS系列贴片机
Compatible with standard tape feeding
Application Scenarios
Tape feeders are suitable for materials that need tape packaging, such as electronic components.
Feeding Principle
Materials are packaged into reels by tape. The reel is fixed on the feeder's reel-mounting bracket. The tape positioning holes are placed on the ratchet and pressed tightly. The feed motor drives the ratchet forward by a set distance, while the take-up motor drives the take-up wheel to tear off the cover film, delivering the material to a fixed position for the nozzle to pick up.
Advantages
High feeding precision, suitable for SMT production lines, good compatibility and high efficiency.
Disadvantages
Strict requirements on tape specifications; not suitable for non-standard tape materials.
Essential Selection Parameters
1. Tape width
2. Component pitch
3. Feeding speed
4. Tape specification
Basic Requirements
• Components are accurately positioned in the tape;
• Tape without deformation or damage;
• Tape width conforms to SMT standards: 08,12,16,24,32,44,56,72,88 (mm);
ARD-FZ-RF160-24-X2.0
Heat Sealing Feeder
Heat-seals the carrier tape cover film
ARD-NXT-L-SL-V1.0
Tape Rewind Feeder
Recycles cover film and waste carrier tape
Application Scenarios
The tape sealing feeder is a machine where the nozzle places materials into tape pockets in a specific direction, and the feeder automatically performs unwinding, heat-sealing film lamination and rewinding. It can be used in programmers, tray loaders and other non-standard equipment that require loose material tape sealing.
Feeding Principle
With the feeder powered on, install the reel onto the feeder's unwinding shaft, thread the tape along the path (in numerical order) through the guide rollers and cover, pass it through the pressure cover until the tape holes hang on the ratchet, press the forward key until more than 50mm of material comes out (reserve over 600mm of cover film), pull the cover film backward from the peeling position of the pressure cover to the guide roller assembly and onto the film take-up assembly, clamp the cover film onto the buckle, press the forward key to let the empty tape flow out. Thread it through the take-up adjusting assembly as shown, finally fix it on the take-up shaft, and the loading is complete. Debugging position reference: set the feeder pitch counter to 0/1, feed at the minimum unit until the target position, then switch to the required pitch.
Advantages
High sealing precision and accurate positioning, suitable for high-precision sealing requirements.
Disadvantages
Complex equipment with high cost and high requirements on environment and operators.
Essential Selection Parameters
1. Sealing size
2. Positioning precision
3. Sealing force
4. Environmental requirements
Basic Requirements
• Sealed material has high dimensional precision;
• The sealing environment meets cleanliness standards;
• Operators are highly skilled;
• Sealing material quality is stable;
ARD-RX150D-B1
ARD-RX150D-B1
Precision Flexible Feeder
Flexible handling of fine materials
ARD-GL200D-B1
ARD-XR500D-B1-3L
Heavy-load Flexible Feeder
Large-Capacity Flexible Adaptation
Application Scenarios
Flexible vibratory feeders are suitable for automatic sorting and feeding of small parts of various irregular shapes.
Feeding Principle
The feeder uses linear vibration to send products from the input area to the pick-up area. The voice coil motor moves and flips the materials to achieve the best pick-up state. The vibratory feeder light source assists the camera in recognizing product contours. Advantages: the feeder and the flexible vibratory feeder can be freely paired with replaceable models, and the bottom of the tray can be designed according to product requirements, mostly used for screening complex products.
Advantages
Wide application range, can handle parts of various shapes, high automation and good flexibility.
Disadvantages
Certain requirements on part surface and weight, with relatively slow processing speed.
Essential Selection Parameters
1. Product size, number of products that can be accommodated
2. Vibration effect, number of products that can be picked
3. Touchscreen installation position
4. Installation and interference requirements
5. Light source requirements
Basic Requirements
• Thin products (such as 0.1mm thin sheets) easily stick to the bottom of the tray, so the tray needs to be customized
• Irregular-shaped products cannot stand steadily, so a customized tray is required.
• When two vibratory feeders are close to each other, our vibration isolation solution can be used to avoid mutual interference during vibration.
• Part material is suitable for vibration conveying;
YAMAHA 标签供料器
适配YAMAHA YS/YSM系列贴片机
贴片机直接取贴标签
HANWHA 三星 标签供料器
适配HANWHA三星SM系列贴片机
贴片机直接取贴标签
JUKI 标签供料器
适配JUKI KE/RS系列贴片机
贴片机直接取贴标签
富士 NXT 标签供料器
适配FUJI NXT系列贴片机
贴片机直接取贴标签
松下 NPM 标签供料器
适配PANASONIC NPM系列贴片机
贴片机直接取贴标签
Application Scenarios
SMT标签供料器适用于FUJI NXT、YAMAHA、JUKI、PANASONIC NPM、HANWHA三星等主流贴片机平台，将标签供料器直接装入贴片机料站，由贴片机吸嘴直接拾取标签并贴装到PCB上，实现电子制造产线中的自动贴标。
Feeding Principle
标签供料器采用标准SMT飞达规格设计，装入贴片机料站后，贴片机像拾取元件一样直接从供料器上拾取剥离好的标签，按程序坐标将标签贴装到PCB指定位置。
Advantages
无需额外贴标工位和设备，利用贴片机原有产能直接贴标，精度高、节拍快，与SMT产线无缝集成。
Disadvantages
需要按贴片机品牌和型号选择对应的供料器规格，标签尺寸受贴片机吸嘴和程序限制。
Essential Selection Parameters
1、贴片机品牌和型号
2、标签尺寸
3、底纸宽度
4、标签间距与排列
Basic Requirements
• 标签来料为卷式且底纸无接头；
• 标签间距与飞达步进规格匹配；
• 标签尺寸在贴片机吸嘴可拾取范围内；
Tray Feeder
Automatic loading for tray-packed components
Application Scenarios
Tray feeders serve SMT lines and automated assembly, supplying tray-packed components to pick-and-place machines and robots. They are ideal for large, irregular or high-value parts that cannot be tape-packaged, such as BGA, QFP, QFN, connectors and shielding covers, as well as for prototyping and small-batch, high-mix production.
Feeding Principle
Trays are loaded manually or from an automatic stacker into the pick-up window. An XY servo stage moves according to the pocket matrix coordinates for point-by-point picking. Empty trays are automatically stacked for recycling and replaced with new ones for continuous feeding. Both coordinate positioning and vision positioning are supported.
Advantages
Independent pockets isolate each component for excellent protection without squeezing or damage; customizable cavities fit irregular large parts; stable pick-up positions deliver a low rejection rate; flexible changeover suits high-mix production; ESD-safe trays are reusable; positioning repeatability reaches ±0.03mm.
Disadvantages
Feed cycle is slower than tape feeders with a lower capacity ceiling; multi-stack units occupy more floor space; single-layer units require manual tray changes; non-standard trays need mold tooling; program setup involves more workload.
Essential Selection Parameters
1. Component L×W×H and unit weight
2. Lead pitch and coplanarity requirements
3. Tray outline size (standard JEDEC 230×335mm)
4. Pocket size, depth and matrix pitch
5. Stacker capacity (layers) and positioning repeatability
6. Drive type, air supply and communication ports (GPIO/TCP-IP)
Basic Requirements
• XY repeatability ≥ ±0.03mm with no tray displacement during picking
• Tray surface resistance 10⁴-10¹¹Ω (dissipative) with reliably grounded frame
• Compliance with the ANSI-ESD S20.20 standard
• Empty-tray warning and component-out detection
• Pocket-skip function and multiple tray recipes for quick changeover
Spider Robot Flexible Loading Station
Delta Parallel Spider Robot
Tray arranging · Precision assembly · Fully automatic random feeding
Application Scenarios
The spider robot flexible loading station (Delta parallel robot tray loader) is built around a four-axis parallel delta robot, integrated with a flexible voice-coil vibratory feeder, a 12-megapixel AI vision positioning system, an anti-static gripper module and an automatic tray conveying unit, combining tray arranging, part sorting and precision assembly in one. Designed for tiny, irregular and scattered parts, it solves the jamming, difficult changeover and part-scratching problems of traditional vibratory bowls, making it ideal for multi-variety, small-batch flexible lines. Standard models: D300 / D400 / D600.
Feeding Principle
Parts are poured into the hopper → the voice-coil vibratory feeder spreads them gently → the top 12MP camera identifies coordinates and orientation → the four-axis Delta robot picks rapidly → (V2 dual-vision adds a 5MP bottom camera for secondary correction) → EtherCAT high-speed servo tracking places parts synchronously without stopping the moving tray → IO communication links to downstream taping/placing equipment → full trays are discharged and the cycle repeats automatically.
Advantages
Integrated vision and control with code-free one-touch changeover; flexible installation as a standalone or in-line machine; EtherCAT high-speed servos with motion tracking greatly boost throughput; compatible with major equipment signals; combines tray arranging, tracking and labeling in one to save stations; voice-coil flexible vibration plus dual-vision positioning protects precision parts from surface damage.
Disadvantages
Higher initial investment than traditional vibratory bowls; highly reflective or transparent parts require a custom vision solution; the D600 has a large footprint (420×690×930mm); the bottom camera is an optional add-on (5MP).
Essential Selection Parameters
1. Model selection (D300/D400/D600)
2. XY/Z stroke (mm)
3. Maximum payload (kg)
4. Maximum part size (mm)
5. Machine dimensions (mm) / weight (kg)
6. Repeat positioning accuracy ±0.15mm
7. Camera configuration (V1 single vision / V2 dual vision)
8. Harmonic reducer / communication protocol (EtherCAT / IO)
Basic Requirements
• Part size ≤ 30mm (customization required beyond this);
• No highly reflective / fully transparent part surfaces (custom vision required otherwise);
• Installation bench load capacity ≥ machine weight (D300: 25kg / D400: 30kg / D600: 50kg);
• Stable AC220V power supply;
• Reserved EtherCAT / IO communication ports;
• Workshop ambient temperature 10-40°C.