FSL 1204-400 STROKE WITHOUT MOTOR- JKL

FSL 1204-400 STROKE WITHOUT MOTOR- JKL Specification

Connection
NEMA 23 Stepper Motor (57HS56-3004A-123), Coupling Interface

Pressure
No pressure rating (mechanical actuator)

Accuracy
High Precision, Repeatability 0.02 mm

Function
Linear Motion Actuator with Ball Screw Drive

Size
1204 Ball Screw, 400mm Stroke

Carriage Block
High-Durability Polymer and Metal Composite

Mounting
Side and End Mounting Provision

Rail Material
Aluminium Alloy Body

Ball Screw Lead
4 mm

Maximum Stroke Length
400 mm

Model Number
FSL 1204-400 WITH NEMA 23 (57HS56-3004A-123) JKL

Support
Both-End Support with Flange Mounts

Application
CNC Machines, 3D Printers, Automation Systems

Lubrication
Grease-lubricated Ball Screws

Motor Type
2-Phase Hybrid Stepper Motor (NEMA 23)

Travel Speed
Depends on Stepper Motor Drive (Typically up to 200 mm/s)

Coupling Type
Flexible Shaft Coupling

Load Capacity
Up to 30 kg (Depends on application)

About FSL 1204-400 STROKE WITHOUT MOTOR- JKL

Experience the crowning achievement in linear motion solutions with the FSL 1204-400 WITH NEMA 23 (57HS56-3004A-123) JKL - a rare, sought-after actuator engineered for excellence! Featuring a 2-phase hybrid NEMA 23 stepper motor, high-precision 1204 ball screw with 4 mm lead, and robust aluminium alloy body, this eminent assembly ensures maximum stability and high repeatability (0.02 mm). Its durable carriage block and versatile mountings make it perfect for CNCs, 3D printers, and automation. Get it now-last chance to secure this outstanding product for your competitive edge!

Unmatched Performance & Special Features

The FSL 1204-400 WITH NEMA 23 (57HS56-3004A-123) JKL delivers high-precision linear motion with a durable aluminium rail and superior polymer-metal composite carriage block. Its flexible coupling, both-end flange mounts, and grease-lubricated ball screw ensure long-lasting, smooth operation. Supporting fast travel speeds and loads up to 30 kg, it stands out for exceptional repeatability and side/end mounting versatility, empowering your automation projects with reliability and accuracy others cannot match.

Payment, Certification, and Export Offers

We offer competitive payment terms for the FSL 1204-400 WITH NEMA 23 (57HS56-3004A-123) JKL, with quick handover and prompt supply to fulfill export market demands. Backed by quality certifications and robust manufacturing standards, every actuator is ready for global shipment. Our ample supply ability ensures consistent availability, while special export offers and tailored delivery schedules make collaboration seamless for international partners and domestic buyers alike.

FAQ's of FSL 1204-400 WITH NEMA 23 (57HS56-3004A-123) JKL:

Q: How does the FSL 1204-400 WITH NEMA 23 (57HS56-3004A-123) JKL improve precision in automation systems?

A: It features a high-precision 1204 ball screw with 4 mm lead and a 2-phase hybrid NEMA 23 stepper motor, providing repeatability within 0.02 mm, ensuring accurate and reliable linear motion for automation tasks.

Q: What applications are best suited for this linear motion actuator?

A: This actuator excels in CNC machines, 3D printers, and various automation systems, thanks to its robust load capacity, high travel speed, and versatile mounting options.

Q: When can I expect delivery after placing an order, especially for large export quantities?

A: Delivery times depend on order volume and destination. However, with our substantial supply ability, we offer prompt handover and quick shipment for both small and large export market orders.

Q: Where can I use the FSL 1204-400 WITH NEMA 23 (57HS56-3004A-123) JKL for maximum efficiency?

A: For optimal efficiency, use it in environments requiring precise, repeatable linear motion, such as automated production lines, prototyping setups, or industrial 3D printing systems.

Q: What are the benefits of using both-end flange mounts and grease-lubricated ball screws?

A: Both-end flange mounts provide stable support, reducing vibration, while grease-lubricated ball screws minimize maintenance, enhance smoothness, and prolong the life of the actuator.