This robotic arm is suitable for wafer transfer in waterproof environments and can be used in conjunction with a wafer flipper and edge grip mechanism.
It has a protection level of IP64 and is capable of handling wafers in acidic, alkaline, and cleaning environments.
● Optional pseudo-horizontal multi-joint motion corresponding to parallel equipment layout.
● Carrying capacity: Below 3Kg at the third joint of the arm.
● The arm section is coated with Teflon to ensure corrosion resistance.
● O-ring seals are used at component joint interfaces.
● The waterproof structure of the Z-axis utilizes an accordion-style bellows.
● Wafer fixing methods: Vacuum suction type / Clamping type.
Suitable for various semiconductor equipment, including EFEM, Sorter, inspection equipment, etc.
Top Fixed ModeFix the counterbore and adjust the screw according to the configuration. |
Bottom Fixed ModeFix the counterbore and adjust the screw according to the configuration. |
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Single-Arm Robot Motion Range Schematic |
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Model |
Z |
R |
MR* |
A* |
FWRS |
300/400/500 |
146 |
8" 540 |
600 |
190.5 |
12" 610 |
680 |
*The arm length and minimum rotation radius may vary depending on the specific end effectors and drive shafts selected. The actual length should be based on the final product.
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FWRD |
Z400 |
R190.5 |
Rta |
Ata |
F |
8 |
MRTX |
MOD |
F: Fortrend W: Wafer P: PLP substrate M: Mask C: Cassette H: Humid R: Robot D: Arm Qty. S: Single arm D: Dual-arm A*: X(X:Number of Arms)
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Axis-Z Height 240mm 300mm 400mm 500mm Z*XXX (Customized) LZ: Compact Lifting Height 240mm 300mm 400mm 500mm LZ*XXX(Customized) Dual-Z ZD600mm ZD700mm ZD800mm ZD*XXX (Customized) Module-based MZXXX |
Drive Arm R Length 146mm 190.5mm 213mm Eccentric ER (optional) |
Special Module Rta: Single arm FLiP Rta2: Double Arm Up FLIP Rta2: Double Arm Down FLIP RtaD: Double arm double FLip FR: wafer frame No Options |
End-effector Type Ata: Vacuum suction Cta: Edge gripper Han: Clamp lift type Ber1: Contact Bernoulli Ber2: Non-Contact Bernoulli Customer Customization |
Fork Type F: Original fork No Options |
Wafer Size 4″ / 6″ / 8″ / 12″ N*: Non-wafer object |
Matching Options M: M1: Opposite-shooting Mapping Quantity 1 M2: Opposite-shooting Mapping Quantity 2 M*: Mapping Quantity 1 No Options R: R: Original teach pendant No Options TX: T: Original Track axis X: TRACK axis effective distance/mm No Options |
Special Customization Have: Special Model None: Normal Device |
Vacuum Fork |
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Standard Vacuum Suction Y-Type |
Standard Vacuum Suction Linear Type |
U-shaped Vacuum Fork for Takio Plate |
Fork for Large Warping 1.5-5mm |
Multi-hole Vacuum Suction Fork |
Vacuum Suction & Friction Pad Fork |
Bernoulli Fork |
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Contact Bernoulli Circular Type |
Edge Contact Bernoulli |
Contact Bernoulli Y-shaped |
Edge Contactless Bernoulli |
Edge Clamping Non-contact Bernoulli |
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Wafer-holding Fork |
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Gripper Type Fork |
Gripper Rotating Type |
Compatible Fork |
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Frame-type Fork |
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Frame Gripping Fork |
Frame Clamping Fork |
Frame Vacuum Suction Fork |
Handling Items | 3 / 4 / 6 / 8 /12 inch wafers | ||
Movable Range (Arm Travel Distance) | Arm | Theta Rotation | Lifting |
290/376mm |
340° |
300/400/500 | |
Transfer Speed (Average Speed) | 750mm/S |
235°/S |
500mm/S |
Arm Type | Single Arm | ||
Handling Height | 780--980mm | ||
Repeatability Accuracy | Within ±0.1mm | ||
Communication Protocol | HEX / ASCII | ||
Communication Method | EtherNet / RS232 | ||
Cleanliness | Highest ISO Class 1 | ||
Facility Requirements |
Power: 220V, 10A Vacuum: -70~-90Kpa Positive Pressure: 0.1~0.5Mpa |
SEMICONDUCTOR WAFER AUTOMATIC TRANSMISSION SYSTEM TOTAL SOLUTION
Upload time:Feb 14, 2025Disclaimer: The appearance, specifications, performance descriptions, comparative data, and other information regarding the products displayed on this website are based on internal testing and experiments conducted in FORTREND’s laboratory. This information is for reference purposes only, and the final product may vary.
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