Reshin R&D & Manufacturing Capabilities

Signal & I/O Platform

Modular HDMI/DP/12G-SDI/Type-C matrix with unified firmware and drivers—one scalable board strategy that lowers cost and extends product lifetime.

#multi-interface#scalable

Design for Serviceability

Tool-less fronts, defined access points, cable guides, and FRU modules enable fast swaps in minutes—minimizing downtime in critical environments.

#maintainable#modular

Display Engine & Algorithms

DICOM LUTs with CBS stabilization, APL tracking, noise suppression, shading correction, and window-level gamma for consistent, clinical imaging accuracy.

#DICOM#gamma#low-latency

Automation Tooling

Custom fixtures, switching scripts, optical calibration rigs, and aging dashboards deliver repeatable outputs with data to prove compliance.

#batch#scripts

Opto-Mechanical Definition

Full-flat AR/AG glass, sealed front, thermal tuning, and robust mechanics—ready for carts, arms, and VESA with serviceability built in.

#AR#bonding

Design Documentation

Version-controlled ECNs, BOMs, ICDs, and calibration scripts with CE/IEC evidence ensure releases are auditable and integration-ready.

#versioning#traceable

Multiview Template Library

Pre-defined PIP/PBP/Quad layouts with lockable presets—speeding setup while keeping comparison workflows consistent across sites.

#templated#reusable

Interaction & Usability

OSD guidelines, autorotation, and hotkeys reduce clicks and fatigue—supporting faster, safer operation for clinical teams.

#efficiency#usability

Per-Window Adjustment

Window-level gamma, white-point, and sharpness let users compare modalities side-by-side without moving to extra workstations.

#window-level#comparison

Installation & Hygiene

Cart/arm/VESA compatibility with full-flat, cleanable fronts simplifies deployment and supports strict infection-control routines.

#deployment#hygiene

Target Curves & Calibration

Scripted DICOM/gamma/white-point routines reach targets quickly and reproducibly—keeping output stable across departments.

#consistency#scripted

Verification Case Library

Functional, boundary, and regression cases control evolution—catching issues early and preserving backwards compatibility.

#regression#cases

Reshin’s Manufacturing Capabilities

We deliver medical-grade displays with stable, repeatable quality—built under standardized SOPs, precision assembly and optical bonding, cleanroom-ready practices, calibrated output, and full manufacturing traceability.

Supplier audit and IQC sampling for medical display parts

STEP 1

Supplier Selection

Goal: build a reliable, compliant base for panels, optics, boards, cables and PSUs.
Inputs: our specs & drawings, quality agreement, AQL plan, on-site audits, ISO & RoHS/REACH evidence.
Outputs: tiered AVL with FAI/PPAP samples; re-audit cadence defined.
Control: dual-sourcing on key parts; IQC AQL gates; supplier scorecards (OTD/PPM/8D).

We admit only partners that meet our medical-grade criteria.

STEP 2

Standards Alignment

Goal: run under certified systems and match target market requirements.
Inputs: ISO 13485/9001/14001/45001, ISO/IEC 27001 & 20000-1; pre-compliance test plan.
Outputs: standards mapping per model; internal test records; tracked corrective actions.
Control: live certificate set + internal audits keep operations auditable.

We align with standards early so verification is predictable.

ISO 13485/9001/14001/45001, ISO/IEC 27001 & 20000-1 system certificates

Assembly line with SOP and fixtures

STEP 3

SOP Roll-out

Goal: build every unit the same way and keep it traceable.
Inputs: work instructions, fixtures, torque/adhesive/optical-bonding parameters.
Outputs: controlled SOP versions and station checklists.
Control: stop-points on key processes; any deviation contained and closed.

Critical parameters are recorded against each unit SN.

STEP 4

Testing & Tuning

Goal: hit interface compatibility, function readiness and display KPI targets set in R&D.
Inputs: switching scripts, KPI targets (gamma/white-point), multi-view templates.
Outputs: test records tied to SN; factory defaults committed to firmware.
Control: parameter trace-back + firmware version lock for field consistency.

We validate workflows on bench, then freeze defaults—no guesswork after shipping.

Interface switching and display KPI tuning

Burn-in racks and monitoring dashboard

STEP 5

Aging

Goal: surface early-life failures and observe drift before packing.
Inputs: model profiles, operating modes and monitoring checklist.
Outputs: pass labels; exception logs with feedback upstream.
Control: scripted cycles and pass criteria defined by engineering per model.

The first hours of life happen in our lab, not at your site.

STEP 6

Packing

Goal: protect units and ship with the right, complete accessories.
Inputs: packing list, cushioning/edge protection, label templates.
Outputs: outer-box labels with SN/batch/weight; accessory verification.
Control: drop/tilt checks; kit/label verification on station.

Standardized kitting by model reduces installation time and mismatch.

Medical monitor packing and labelling

Palletizing and outbound tracking

STEP 7

Shipping

Goal: meet regional handling rules and deliver on time.
Inputs: shipping instruction, palletizing/reinforcement plan, customs docs if needed.
Outputs: batch ID & tracking with handling notes shared with customers.
Control: end-to-end route tracking and proof-of-delivery archiving.

Packaging and routing are chosen per destination to keep custody clean.

STEP 8

After-sales Handling

Goal: resolve root causes fast and prevent recurrence across builds.
Inputs: issue description/SN/logs/photos or video from field or partners.
Outputs: 5-Why & fishbone; temporary & permanent actions; release notes if firmware/SOP changes.
Control: knowledge-base updates; accountable owner and due dates for CAPA.

Every ticket links to SN and build data, feeding improvements upstream.

After-sales analysis and RMA desk

Contact the Reshin Team

Can you customize features or layouts (e.g., multi-view templates, interface mix, AR glass, VESA)?

Yes. We tailor templates, window-level gamma/white-point, interface mixes (HDMI/DP/12G-SDI/Type-C), optical options, and mounting. All changes are version-controlled.

What evidence do you provide during manufacturing to prove consistency and traceability?

Each unit’s SN links to station records: incoming checks, key parameters, test logs, firmware defaults, burn-in result, packing list, and outbound batch.

How do you qualify and manage suppliers for panels, optics, boards, cables, and PSUs?

Audited, tiered AVL with PPAP/FAI; dual-sourcing where practical; ongoing IQC with AQL gates and supplier scorecards to manage risk.

What testing and tuning do you perform before shipment?

We verify interface compatibility, run switching scripts, check multi-view templates, and tune display KPIs; parameters are locked in firmware by SN.

What does your burn-in (aging) cover? Can we request model-specific profiles?

Scripted profiles per model expose early-life failures and drift under load; profiles and criteria can align with your acceptance plan.

How do you pack and ship to ensure units arrive ready to install?

Model-standard kitting verifies accessories; outer labels carry SN/batch/weight; palletizing follows destination rules with shared tracking.

How do you handle field issues and continuous improvement after delivery?

Tickets tie to SN and build data; we run 5-Why/fishbone, apply temporary and permanent actions, update firmware/SOP, and notify partners.