Ebod 875 -

Report – “EBOD 875” Prepared: 14 April 2026 Prepared for: Interested Stakeholders / Market Analysts

1. Executive Summary The EBOD 875 is a mid‑range, high‑performance electro‑mechanical actuator (sometimes marketed as a “smart linear drive”) that integrates a brushless DC motor, a precision encoder, and an on‑board controller with Ethernet/IP and CAN‑bus interfaces. It is positioned for industrial automation, robotics, and advanced material‑handling applications where a combination of speed, force, and connectivity is required.

Key strengths – compact footprint (85 mm × 85 mm × 125 mm), 150 W motor, peak force 2 kN, repeatability ± 0.02 mm, built‑in diagnostics, and IEC‑61784‑4 (Safety‑related PLC) certification. Target markets – assembly‑line robotics, CNC machine tools, pharmaceutical packaging, and aerospace‑component handling. Competitive edge – higher torque‑to‑size ratio than most 500 W class drives, dual‑protocol networking, and a modular mounting system that reduces installation time by ~30 %.

Overall, the EBOD 875 offers a strong value proposition for OEMs seeking a “plug‑and‑play” linear drive that can meet both performance and safety standards without the cost of a fully custom solution. ebod 875

2. Product Overview | Attribute | Detail | |-----------|--------| | Model | EBOD 875 | | Product family | EBOD Series (800‑999) – “Electro‑Mechanical Smart Actuators” | | Primary function | Linear motion generation (stroke up to 250 mm) | | Motor type | Brushless DC (BLDC) with integrated gearhead (ratio 1:20) | | Power rating | 150 W continuous, 300 W peak | | Peak force | 2 kN (≈ 450 lbf) | | Speed range | 0–300 mm s⁻¹ (adjustable via firmware) | | Resolution (encoder) | 20 µm (incremental) / 0.5 µm (interpolated) | | Repeatability | ± 0.02 mm (± 20 µm) | | Stroke | 50 mm, 125 mm, 250 mm (interchangeable guide rail) | | Control interfaces | Ethernet/IP, PROFINET, CAN‑open, Modbus‑TCP, USB‑type‑C (debug) | | Feedback | Integrated Hall‑sensor + absolute optical encoder | | Safety features | IEC‑61508 SIL‑2, dual‑channel fault monitoring, safe‑stop, over‑temperature & over‑current shutdown | | Operating temperature | –20 °C to +70 °C (extended to +85 °C on request) | | Ingress protection | IP‑54 (standard) – optional IP‑65 enclosure kit | | Mounting | Modular T‑slot plate, quick‑release guide rail, 4‑M8 mounting holes | | Dimensions (L × W × H) | 85 mm × 85 mm × 125 mm | | Weight | 1.35 kg (without mounting hardware) | | Warranty | 24 months (extendable to 5 years with service contract) | | Compliance | CE, RoHS, REACH, UL‑508C, IEC‑61800‑5‑2, ISO 9001‑certified manufacturing |

3. Technical Specification Sheet | Parameter | Value | Unit | Remarks | |-----------|-------|------|---------| | Motor | 150 W, 3 phase BLDC | W | 3000 rpm no‑load | | Gear ratio | 1 : 20 | – | Harmonic drive, zero‑backlash | | Peak torque | 3.2 Nm (output) | N·m | After gearbox | | Linear force (max) | 2 kN | N | At 50 % duty cycle | | Nominal force | 1.2 kN | N | Continuous rating | | Stroke options | 50 / 125 / 250 | mm | Interchangeable | | Travel speed (max) | 300 | mm s⁻¹ | User‑configurable | | Acceleration | 5000 | mm s⁻² | Adjustable via firmware | | Resolution | 20 µm (raw) / 0.5 µm (interpolated) | µm | Encoder count 20,000 cpr | | Repeatability | ± 0.02 | mm | Tested over 10 k cycles | | Back‑lash | < 5 µm | µm | Gear‑drive design | | Power supply | 24 V DC ± 10 % | V | Optional 48 V version | | Current draw (max) | 6.5 A | A | At peak force | | Efficiency (mechanical) | 85 % | % | At 75 % load | | Thermal protection | 85 °C (motor) | °C | Auto‑shutdown | | EMI shielding | IEC‑61326 compliant | – | Integrated metal housing | | Communication latency | ≤ 1 ms (Ethernet/IP) | ms | Real‑time class | | Software | EBOD‑Config Suite (Windows/macOS/Linux) | – | Includes trajectory planner, PID tuning, safety‑monitor | | Firmware updates | OTA via Ethernet | – | Secure signed binaries |

4. Key Features & Differentiators | Feature | Benefit | |---------|---------| | Dual‑protocol networking (Ethernet/IP & CAN‑open) | Seamless integration into existing PLC/robot controller ecosystems. | | On‑board PID & safety controller | Reduces external hardware, lowers system cost and wiring complexity. | | Modular guide‑rail system | Allows rapid change of stroke length without re‑machining. | | Integrated diagnostics & predictive maintenance | Real‑time health monitoring (temperature, vibration, motor current) → reduces downtime by up to 15 %. | | Compact, low‑mass design | Enables higher acceleration in robotic arms and reduces overall robot payload. | | SIL‑2 certified safety functions | Meets most ISO‑13849‑1 and IEC‑62061 safety requirements out‑of‑the‑box. | | High‑resolution encoder with interpolation | Supports sub‑micron positioning for precision assembly. | | Optional IP‑65 enclosure kit | Extends suitability to harsh industrial environments (food, chemicals). | Report – “EBOD 875” Prepared: 14 April 2026

5. Market Landscape | Segment | Estimated 2025 Revenue* | Growth (2023‑2025) | Primary Competitors | |---------|------------------------|--------------------|---------------------| | Industrial robotics (linear drives) | US$ 1.8 B | +12 % CAGR | Kollmorgen, Parker Hannifin, LinMot | | CNC machine tools (actuation) | US$ 0.9 B | +8 % CAGR | Bosch Rexroth, THK, Hiwin | | Pharma & biotech packaging | US$ 0.4 B | +10 % CAGR | SMC, Festo, Beckhoff | | Aerospace component handling | US$ 0.2 B | +9 % CAGR | Moog, Curtis Instruments | *Revenue estimates based on IDC/MarketsandMarkets data for the “linear actuator” market segment (2022‑2025). Positioning – The EBOD 875 sits in the 150 W‑2 kN niche, which is currently under‑served. Most rivals either offer higher power (≥ 300 W) with larger footprints or lower‑power (≤ 75 W) solutions with limited force. This creates an opportunity for EBOD 875 to capture mid‑size system integrators looking for a “best‑of‑both‑worlds” product.

6. Competitive Comparison | Parameter | EBOD 875 | Parker Hannifin L‑Series 800 | LinMot E‑Drive 150 | Kollmorgen AKM 2‑Series | |-----------|----------|------------------------------|-------------------|------------------------| | Continuous power | 150 W | 200 W | 140 W | 180 W | | Peak force | 2 kN | 1.6 kN | 1.8 kN | 2.2 kN | | Footprint (L × W × H) | 85 × 85 × 125 mm | 110 × 110 × 150 mm | 98 × 98 × 130 mm | 115 × 115 × 140 mm | | Resolution | 0.5 µm (interp.) | 1 µm | 0.8 µm | 0.4 µm | | Safety certification | SIL‑2 (IEC‑61508) | SIL‑1 | SIL‑0 | SIL‑2 (optional) | | Communication | Ethernet/IP, CAN‑open, Modbus‑TCP | Ethernet/IP, EtherCAT | CAN‑open, RS‑485 | EtherCAT, PROFINET | | Price (list, USD) | ≈ $1,200 | $1,650 | $1,300 | $1,800 | | Warranty | 24 mo | 12 mo | 18 mo | 24 mo | EBOD 875 offers the best size‑to‑force ratio and a more flexible communication stack at a competitive price point.

7. SWOT Analysis | Strengths | Weaknesses | |-----------|------------| | • High force in compact package • Built‑in safety (SIL‑2) out‑of‑the‑box • Dual‑protocol networking reduces integration effort • Strong diagnostic suite → predictive maintenance | • Limited to 150 W; not suitable for heavy‑duty (> 300 W) applications • No built‑in linear encoder (relies on motor encoder) – some customers prefer external linear scale | | Opportunities | Threats | | • Growing demand for modular robotic cells in SMEs • Expansion into clean‑room and food‑grade markets with IP‑65 kit • Potential to bundle with AI‑based motion‑planning software | • Price pressure from Chinese OEMs offering low‑cost alternatives • Rapid evolution of integrated servo‑motor drives could erode niche advantage | Key strengths – compact footprint (85 mm ×

8. Regulatory & Compliance | Regulation | Status | |------------|--------| | CE (EMC & Machinery) | Certified – test report available (EN 61326‑1, EN 60204‑1) | | UL‑508C (Industrial Control) | Approved for US market | | IEC‑61508 SIL‑2 | Functional safety certification (2024) | | RoHS Directive (EU 2011/65/EU) | Fully compliant (≤ 0.1 % lead) | | REACH | Registered substances; no SVHC above threshold | | ISO 13849‑1 | Safety‑related parts of control system (SRP/CS) rating PL e | | FDA 21 CFR 820 (if used in medical devices) | Device is “non‑sterile, non‑implantable” – can be used under Class II with appropriate validation |

9. Installation & Integration Guide – Quick Reference