BIX/CPR260 Guide: Computer Half-Body CPR Manikin with Printer — Documented BLS Assessment at Half-Body Cost

Product Description

Educational-use note: CPR training manikin — educational equipment for skills training; not a medical device or a pharmaceutical product and contains no medicinal ingredients (manufacturer's product-page notice). Confirm the full package (power adapter, thermal paper rolls, consumables, language options) with the specification sheet before ordering.

1. Why Half-Body + Printed Records Is the Documentation Sweet Spot

Certification programs face two costs at once: assessment capability (objective, documented evaluation of each student) and station density (enough units for every student to practice). Full-body electronic manikins deliver the first but price out the second; cheap mechanical models deliver neither.

The CPR260 splits the difference by design:

Half-body form factor

● — lower unit cost, less floor space, easier to store than full-body units, ideal for tabletop stations.

Electronic monitoring

● — the same three-channel measurement logic as full-size electronic models: compression depth with three-color zone feedback, ventilation volume with indicator lights, correct/wrong counters, and voice prompts that name each error.

Detachable printer

● — converts assessment into a physical, timestamped record that can be filed with a student's certification package or shown at an accreditation audit.

The documentation rationale is grounded in the CPR quality problem: during real cardiac arrests, chest compressions are frequently performed too shallow and too slow relative to guideline recommendations — even by trained staff (Abella et al., 2005). If self-perception and instructor observation cannot be trusted, the record must come from the device. The CPR260's printed transcript is that record.

2. Evidence Summary

3. How the CPR260 Assesses: Detection in Detail

Operation modes & output

Exercise mode

● — real-time guidance during skill acquisition.

Exam mode

● — objective assessment for certification evaluation.

Printed transcript

● — the detachable printer outputs operation results (counts and error statistics), giving every exam a documented outcome for student files and audits.

4. Where the CPR260 Sits in the BIX CPR Family

Buying logic: choose the CPR260 when you need paper documentation in a compact, half-body package — the only model in the line combining a physical printer with lower-cost half-body deployment. Choose the CPR480 when full-body training with on-screen assessment matters more than printing. Programs often deploy CPR100A/CPR100D units for mass practice and one or two CPR260s as the documented assessment station.

5. Teaching & Assessment Protocols

Station A: Skill Acquisition (Exercise Mode) — 25 min

1. Instructor demonstrates the 30:2 sequence; student practices with real-time three-color guidance.

2. Voice prompts explain errors as they occur.

3. Each student completes ≥2 full five-cycle rounds.

Station B: Patient-Status Check — 10 min

1. Pupil-response examination: compare mydriasis/miosis states.

2. Reinforce the check steps in the BLS sequence.

Station C: Documented Assessment (Exam Mode) — 10 min per student

1. Switch to exam mode; student performs five complete 30:2 cycles.

2. The detachable printer outputs the operation result.

3. Instructor attaches the printed record to the student's certification file.

Station D: Refresher & Audit Cycles

● Run 6-month refresher assessments and keep the printed transcripts as the audit trail (Panchal et al., 2020).

● Monthly test print to verify the printer mechanism and thermal paper supply.

6. Maintenance

7. FAQ

Q1: What does the printed transcript contain? A: The detachable printer outputs the operation results from exam mode — compression and ventilation counts with correct/wrong breakdown and error statistics. This provides an objective, physical record for student files and accreditation audits.

Q2: How is the CPR260 different from the CPR100A? A: CPR100A (USD 176.74) is a half-body economy model with basic electronic counters. The CPR260 adds full electronic monitoring (three-color depth and ventilation feedback, voice prompts) plus the detachable printer — documented assessment capability in the same half-body footprint.

Q3: How is it different from the CPR480? A: The CPR480 (USD 471.32) is a full-body electronic manikin with carotid-pulse simulation and on-screen assessment. The CPR260 is the half-body variant with a built-in printer and pupil-response exam — choose it when physical paper records matter and half-body deployment fits your lab.

Q4: Which guidelines is the CPR260 calibrated to? A: It is calibrated to AHA 2020 targets: depth 5–6 cm, rate 100–120/min, ventilation 500–1,000 ml, with 30:2 adult BLS ratio programming. It is an adult BLS trainer; confirm pediatric model options separately.

Q5: What is the MOQ and are evaluation units available? A: Standard MOQ is 5 units; sample evaluation units (1–2) are available for institutional review. For volume orders with thermal-paper bulk supplies, email chinonmed@adaanatomy.com.

Q6: What is the price and delivery time? A: Reference price is USD 441.88 per unit. Air freight: 7–10 business days; sea freight: 30–45 days. Email chinonmed@adaanatomy.com for the current quotation and specification sheet.

References

Quality of Cardiopulmonary Resuscitation During In-Hospital Cardiac Arrest — Abella et al. (2005), JAMA 293(3):305–310

Quality of Out-of-Hospital Cardiopulmonary Resuscitation with Real Time Automated Feedback: A Prospective Interventional Study — Kramer-Johansen et al. (2006), Resuscitation 71(3):283–292

Chest Compression Depth and Survival in Out-of-Hospital Cardiac Arrest — Vadeboncoeur et al. (2014), Resuscitation 85(2):182–188