Labline 3527 Orbital Incubator Shaker

Features

• Combines a controlled temperature incubator with an orbital shaking mechanism in a compact, benchtop design
• Ensures consistently even heating through constant air circulation via a speed blower
• Digital display for accurate monitoring of shaker speed
• Operates on a 3/4" circular motion utilizing nine isolated bearings to enhance durability and safety
• Dual mode operation allows for both continuous shaking or timed shaking up to 60 minutes
• Chamber dimensions of 21" W x 20 3/4" D x 13 3/4" H provide ample space for various sample sizes
• Temperature control accuracy of ± 0.2°C ensures precision in sample conditions

The LabLine 3527 Orbital Incubator Shaker combines a controlled temperature incubator with an orbital shaking mechanism in a benchtop design. Expect consistently even heating with the Labline 3527 from constant air circulation through the chamber's speed blower. Temperature can be controlled from slightly above ambient to 65°C. A solid state speed controller allows for variable speeds between 40 and 400 orbits per minute with a digital display of shaker speed. This shaker operates on a 3/4" circular motion, rotating on nine isolated bearings to prevent damage to the mechanism in case of accident. The Labline 3527 can operate continuously or for a timed shaking of up to 60 minutes.

All of our equipment is fully tested to perform at factory specifications before being shipped.

Labline 3527 Orbital Shaker Specifications

Inspection and Recertification Checklist

• Examine the chamber glass for cracks or chips, replacing it as needed to maintain structural integrity.
• Inspect door seals for signs of wear or damage, replacing them to ensure a tight seal.
• Check the display for brightness and clarity, replacing any dim or dead pixels to maintain optimal visibility.
• Test all buttons to confirm full functionality and consistent responsiveness.
• Replace all platform assembly bearings to ensure smooth and reliable motion.
• Inspect the drive belt for wear, replacing it if torn or cracked to maintain performance.
• Examine all wiring for frays, tears, or breakages, addressing any issues for electrical safety.
• Verify each PCB test point, replacing any malfunctioning components to ensure system reliability.
• Check drive belt tension to confirm correct alignment and function.
• Confirm the compressor’s operation, cleaning condenser filter and fins for efficient cooling.
• Calibrate internal temperature accuracy using an NIST-traceable temperature probe.
• Measure and calibrate platform RPMs with an NIST-traceable tachometer to ensure precision.
• Conduct a final cosmetic inspection to verify all surfaces meet appearance standards.

Technician Inspection and Recertification Checklist

The Following Checklist Is to Be Performed on All Incoming and Outgoing Equipment

Task	Completed?	Remarks?
Examine chamber glass for cracks or chips, replace as needed	Completed
Inspect door seals for wear, replace to ensure tight seal	Completed
Check display brightness, replace dim or dead pixels	Completed
Test all buttons for full functionality and responsiveness	Completed
Replace platform assembly bearings for reliable motion	Completed
Inspect drive belt for wear, replace if torn or cracked	Completed
Examine wiring for frays or breakages, repair as needed	Completed
Verify PCB test points, replace faulty components	Completed
Check drive belt tension for proper alignment	Completed
Confirm compressor functionality, clean filter and fins	Completed
Calibrate internal temperature with NIST probe	Completed
Calibrate platform RPM with NIST-traceable tachometer	Completed
Conduct cosmetic inspection for appearance standards	Completed

102 Tide Mill Road, Hampton NH 03842
customerservice@marshallscientific.com | (603) 601-8511 |
www.marshallscientific.com
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