- Condition: Factory New
- Country of Origin: USA
- Warranty: Not Available
- Installed during manufacturing for seamless integration
- Enables choice between hand or foot control methods
- Designed for use with UMF 3001, 3002, and 3003 series exam tables
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Learn more:
- MFR: UMF Medical Ships from Manufacturer
- MPN: 581
- Phone: (800) 638-5322
Frequently asked questions
Does it offer dual control methods?
Yes, this hand control offers dual control methods, allowing users to operate exam table functions by either hand or foot, providing enhanced flexibility during clinical procedures.
Is it factory-installed?
The UMF Medical Hand Control Substitute is a factory-installed option, ensuring seamless integration and reliable performance with your exam table.
Is integration seamless?
This hand control is specifically designed for seamless integration and is factory-installed during the manufacturing process to ensure a cohesive and functional design.
Is this a new product?
This product is a factory new item, ensuring it is in pristine condition and manufactured to UMF Medical’s standards.
Which UMF exam tables are compatible?
This hand control substitute is specifically designed for seamless integration with UMF Medical’s 3001, 3002, and 3003 series exam tables.
Where is it manufactured?
The product’s country of origin is the USA.
How does it enhance convenience?
This hand control enhances convenience by offering flexibility in operating exam table functions, allowing users to choose between hand or foot control.
Are there different sizes or colors available?
No, this hand control does not come with different sizes or colors.
What are ideal usage environments?
It is an ideal addition for clinical environments that require adaptable and flexible control options for their exam tables.
Does it improve operational flexibility?
Yes, this hand control substitute significantly improves operational flexibility by providing an alternative method to operate exam table functions by hand, in addition to the standard foot control. This allows for greater adaptability during various clinical procedures.