-
Condition:
-
Warranty:
- Weight: 310.0 lb
- Safe Working Load: 100 lb (45 kg)
- Four independent, low impact siderails incorporate a slatted design, and offer 360° of unobstructed access for the caregivers
- Retractable fifth wheel steering
- IV Pole is not included (pictured)
-
Learn more:
-
MFR:
Stryker
Ships from MFI Medical
-
MPN: FL19F
- Phone: (269) 385-2600
+ Shipping
Frequently asked questions
What is included with the pediatric crib stretcher?
The Stryker Cub Pediatric Crib Stretcher is sold as a Certified Refurbished unit and includes the following essential components:
- The main Cub Pediatric Crib Stretcher unit in your selected configuration (Fixed Height or Hydraulic).
- A new mattress pad designed for patient comfort.
Note on Exclusions: The IV Pole often shown in images is explicitly NOT included with the stretcher and must be sourced separately.
Are hydraulic bases and integrated scales offered?
Yes, the Stryker Cub Pediatric Crib Stretcher is available in both a Fixed Height and a Hydraulic base configuration. Both configurations also offer the option of an integrated patient scale.
Key Configuration Differences
All models are Certified Refurbished and come with a new mattress pad.
| Feature | Fixed Height Base | Hydraulic Base |
|---|---|---|
| Adjustment | Manual via foot prop | Dual side-mounted foot control hydraulics |
| Trendelenburg | Manual stops at 0°, 6°, 12° | Hands-free capability up to ± 9.5° |
| Casters | 5-inch (13 cm), four locking casters | 6-inch (15 cm) Omni Surface casters with four-wheel ring brake system |
Optional Integrated Scale
Choosing the integrated scale option allows for highly accurate, convenient patient weight monitoring:
- Weight Range: 4 to 100 lb (1.8 to 54.4 kg)
- Accuracy: Defined as ± 0.5 lb (0.2 kg) at 50 lb (22 kg).
- Power Source: The scale is battery operated (requires 4 x “C” Type, Alkaline, 1.5 VDC batteries).
What is the maximum weight capacity?
The Stryker Cub Pediatric Crib Stretcher has specific weight capacity ratings based on intended use:
- Safe Working Load (SWL): The recommended operational patient safety limit is 100 lb (45 kg).
- Overall Weight Capacity: The structural limit of the stretcher itself is 400 lb (181 kg).
If your unit includes the optional integrated scale, it is designed to accurately monitor patient weights ranging from 4 lb to 100 lb (1.8 kg to 54.4 kg).
How do the siderails facilitate caregiver access and safety?
The Stryker Cub Pediatric Crib Stretcher is engineered to balance patient security with the needs of the clinical team:
- 360° Caregiver Access: The unit features four independent, low-impact slatted siderails. This design allows for complete, unobstructed access to the patient from any angle, ensuring caregivers can provide care efficiently.
- Smooth Operation: The siderails utilize a built-in counterbalance system, ensuring that the rails can be raised and lowered smoothly and effortlessly.
- Secure Design: The slatted construction maintains a safe, enclosed environment for the patient while ensuring excellent visibility for the medical staff.
Does the stretcher offer versatile positioning?
Yes, the Stryker Cub Pediatric Crib Stretcher is engineered with several positioning capabilities to support patient comfort and clinical procedures.
Key Positioning Capabilities:
- Pneumatic-Assist Backrest: The backrest is manually adjustable via a pneumatic-assist system, offering precise positioning. Angles range from 0° to 50° (pneumatic assist), with specific manual settings available at 0°, 25°, 40°, and 55°.
- Foot Section: The foot section can be manually positioned at 0°, 6°, or 12°.
The availability and range of the Trendelenburg/Reverse Trendelenburg (T/RT) positioning varies based on the base configuration:
| Feature | Fixed Height Model | Hydraulic Base Model |
|---|---|---|
| T/RT Range | 0°, 6°, 12° | ± 9.5° |
| Control Method | Manual foot prop | Dual side-mounted foot controls (hands-free) |
What is the mobility system on the hydraulic models?
The hydraulic models of the Stryker Cub Pediatric Crib Stretcher are engineered for excellent maneuverability in clinical environments:
- Steering: Each unit features a retractable fifth-wheel steering system to provide superior control and ease of movement through tight corridors and patient rooms.
- Braking: These models utilize a four-wheel ring brake system to ensure the stretcher remains securely in place when stationary.
Does the crib offer a child-friendly atmosphere?
Yes, the Stryker Cub is specifically designed to create a healing environment that is less intimidating for young patients. Its construction features a warm, soft aesthetic with rounded corners and a secure, open-slatted design that helps reduce anxiety while maintaining the high standards required for a medical facility.
What are the crib stretcher's key dimensions?
The Stryker Cub Pediatric Crib Stretcher has several key dimensions, which differ based on the use of accessory supports.
Key Dimensions
| Dimension | US (Inches) | Metric (cm) |
|---|---|---|
| Patient Surface | 29.5” x 57” | 75 cm x 145 cm |
| Overall Length (No Accessory Supports) | 65.5” | 166 cm |
| Overall Width (No Accessory Supports) | 37” | 94 cm |
| Overall Length (With Accessory Supports) | 72.25” | 184 cm |
| Overall Width (With Accessory Supports) | 37.5” | 95 cm |
Where is this specialized crib stretcher best utilized?
The Stryker Cub Pediatric Crib Stretcher is engineered for settings that require a secure, accessible platform for the transport and care of small children. Its design promotes a less clinical, more welcoming and healing environment for pediatric patients.
It is ideally utilized in areas such as:
- Pediatric Wards
- Recovery Rooms
- Emergency Departments
Its key functional benefit is ensuring patient safety and caregiver efficiency, largely due to the four independent siderails that allow for 360° unobstructed caregiver access.
Is the Stryker Cub easy to maneuver?
Yes, the Stryker Cub Pediatric Crib Stretcher is designed for enhanced mobility and control. It features retractable fifth-wheel steering, which significantly improves maneuverability during transport within healthcare settings.